CN106672455B - A kind of glass fibre two-compartment oil tank and preparation method thereof and dedicated unit - Google Patents

A kind of glass fibre two-compartment oil tank and preparation method thereof and dedicated unit Download PDF

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Publication number
CN106672455B
CN106672455B CN201710064860.5A CN201710064860A CN106672455B CN 106672455 B CN106672455 B CN 106672455B CN 201710064860 A CN201710064860 A CN 201710064860A CN 106672455 B CN106672455 B CN 106672455B
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CN
China
Prior art keywords
glass fibre
glass
fibre
support plate
layer
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CN201710064860.5A
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Chinese (zh)
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CN106672455A (en
Inventor
杭宗猛
何明军
赵世和
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新疆联诚重工科技有限公司
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Priority to CN201710064860.5A priority Critical patent/CN106672455B/en
Publication of CN106672455A publication Critical patent/CN106672455A/en
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Publication of CN106672455B publication Critical patent/CN106672455B/en

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D88/00Large containers
    • B65D88/02Large containers rigid
    • B65D88/06Large containers rigid cylindrical
    • B65D88/08Large containers rigid cylindrical with a vertical axis
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29CSHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C70/00Shaping composites, i.e. plastics material comprising reinforcements, fillers or preformed parts, e.g. inserts
    • B29C70/04Shaping composites, i.e. plastics material comprising reinforcements, fillers or preformed parts, e.g. inserts comprising reinforcements only, e.g. self-reinforcing plastics
    • B29C70/28Shaping operations therefor
    • B29C70/30Shaping by lay-up, i.e. applying fibres, tape or broadsheet on a mould, former or core; Shaping by spray-up, i.e. spraying of fibres on a mould, former or core
    • B29C70/32Shaping by lay-up, i.e. applying fibres, tape or broadsheet on a mould, former or core; Shaping by spray-up, i.e. spraying of fibres on a mould, former or core on a rotating mould, former or core
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D90/00Component parts, details or accessories for large containers
    • B65D90/02Wall construction
    • B65D90/022Laminated structures
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29LINDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
    • B29L2031/00Other particular articles
    • B29L2031/712Containers; Packaging elements or accessories, Packages
    • B29L2031/7126Containers; Packaging elements or accessories, Packages large, e.g. for bulk storage

Abstract

The invention discloses a kind of glass fibre two-compartment oil tank and preparation method thereof and dedicated units, it includes glass-fibre storage inner canister I and enhancing tank II, therebetween it is bonded with glass fibre sleeve, jacket layer, casing, the second reinforcing rib are knitted equipped with nylon successively on the inner wall of glass-fibre storage inner canister I, leaching from inside to outside is stained with non-twist crocus cloth, picks up thread layers, short fine layer in certain the first S for spending angle with it, thread layers are picked up in the first Z at certain degree angle with it, the first glass fibre combines Coarse Mesh Gauze and anti-corrosion cured layer bonds successively;Enhancing tank II soak from inside to outside be stained with plying Coarse Mesh Gauze, thread layers, short fine layer picked up in the 2nd Z at certain degree angle with it, be in centainly to spend the 2nd S at angle to pick up thread layers, non-twist crocus cloth, modified poly ethylene layer and anti-aging white oil layer and bond successively with it, using the above structure, high safety, epipodium guaranteed cost, at low cost is realized, and can prevent aqueous vapor from corroding and the effect of electrolytic etching.

Description

A kind of glass fibre two-compartment oil tank and preparation method thereof and dedicated unit

Technical field

The present invention relates to a kind of two-compartment oil tank more particularly to a kind of glass fibre two-compartment oil tank and preparation method thereof and specially Use device.

Background technology

More and more to the demand requirement of storage tank with the high speed development of industrial economy, volume is increasing, Oil tank used at present is embedded in underground throughout the year, is easy erosion and electrolytic etching by underground aqueous vapor, not only brings oil product Direct losses can also cause environmental pollution.The invention is the improvement for application number 2015108773178, and foregoing invention disadvantage exists It is poor in mould stationarity in operation, half eccentric tank is easily formed, and integral strength is low.

Invention content

The first object of the present invention is to provide a kind of high safety, epipodium guaranteed cost, at low cost, and intensity is high, tank body it is unified and It can prevent aqueous vapor from corroding the glass fibre two-compartment oil tank with electrolytic etching.

To achieve the above object, the technical scheme is that a kind of glass fibre two-compartment oil tank, it includes glass-fibre Storage inner canister I and the enhancing tank II for being bonded in I outer surface of the glass-fibre storage inner canister, it is characterised in that:The glass-fibre storage It deposits and is bonded with corrosion-resistant fiber nylon on the inner wall of inner canister I and knits jacket layer 11, the corrosion-resistant fiber nylon knits the outer wall of jacket layer 11 It is upper it is integrated be woven with the tapered casing 12 in several cross sections, be filled with the short silk of glass in each described sleeve pipe 12, each Described sleeve pipe 12 is each passed through the glass-fibre storage inner canister I and is bonded to one with the enhancing tank II, the glass-fibre storage It is also bonded with the glass fibre sleeve 14 for also serving as the first reinforcing rib between inner canister I and the enhancing tank II, and in the glass-fibre Store the second reinforcing rib 13 for being bonded with polytetrafluoroethylene (PTFE) establishment disk snapping being spaced on the outer wall of inner canister I, the glass-fibre storage Deposit the first glass fibers that are that inner canister I is stained with curable resin by leaching in it from inside to outside and being bonded with 12 outer wall of described sleeve pipe It ties up non-twist crocus cloth, pick up thread layers, first in the first S of 40-50 degree angle setting with the non-twist crocus cloth of the first glass fibre The short fine layer of glass fibre, with the non-twist crocus cloth of the first glass fibre in the first Z of 135-145 degree angle setting pick up thread layers, First glass fibre combines Coarse Mesh Gauze and anti-corrosion cured layer bonds successively;The enhancing tank II is viscous by leaching in it from inside to outside The second glass fibre plying Coarse Mesh Gauze and described second that is having curable resin and being bonded with the outer wall at 12 top of described sleeve pipe Glass fibre plying Coarse Mesh Gauze picks up the short fine layer of thread layers, the second glass fibre, with described the in the 2nd Z of 40-50 degree angle setting Two glass fibres plying Coarse Mesh Gauze in 135-145 degree angle setting the 2nd S pick up thread layers, the non-twist crocus cloth of the second glass fibre, Modified poly ethylene layer and anti-aging white oil layer bond successively.

Technical scheme of the present invention can also be the setting at several fiber optic fiber intervals in the glass fibre sleeve 14 Siphunculus in and be connected to respectively with the inductor that the bottommost in the glass fibre sleeve 14 is arranged, the glass fibre sleeve Unsaturated polyester resin is filled in 14.

The second object of the present invention is to provide a kind of dedicated unit preparing above-mentioned glass fibre two-compartment oil tank.

To realize above-mentioned second purpose, the technical scheme is that preparing a kind of dress of glass fibre two-compartment oil tank It sets, which includes the workbench 1 supported by supporting rack, and 1 bottom of the workbench is fixedly arranged in the middle of motor 2, institute The output end for stating motor 2 drives a forward lead screw 3 rotation on the workbench 1, is bolted in the forward lead screw 3 Corresponding positive and negative screw 4 is each connected with several supporting rods 5, the branch by hinge shaft respectively on the outer wall of the positive and negative screw 4 The free end of strut 5 is connected with several the first arc-shaped support plates 6 by the way that hinge shaft is parallel respectively, wherein it is disposed in parallel and Second in 4 upper end of positive and negative screw is arranged along being staggeredly stacked counterclockwise in the edge of adjacent first support plate 6 Fagging 16 is the second support plate of arc petaloid 16 extended around along 4 center of positive and negative screw, adjacent two second supports The edge of plate 16 is stacked in parallel along the edge for stacked and each second support plate, 16 free end that interlocks counterclockwise On the edge on 6 top of the first support plate being arranged, the lower end of the positive and negative screw 4 is equipped with the positioning plate 7 with grooved ring, described The lower edge of first support plate 6 is arranged in the grooved ring of the positioning plate 7, on the workbench 1 and at described first 6 surrounding of fagging is set with annulus seat 15, and the inner wall of the annulus seat 15 also serves as excircle sliding company of the sliding rail with the positioning plate 7 It connects, the top of the annulus seat 15 is further fixed on hollow cylinder 17, and the cylinder 17 is equipped with axially to be slid along the cylinder Wire loop 18, on the workbench 1 and the release for discharging glass fibre gauze is installed in the left end of the positive and negative screw 4 Device 8 and the synchronous cylinder yarn pipe 19 for discharging yarn, release glass is equipped on the workbench 1 and in the right end of positive and negative screw 4 Fiber yarn draws yarn device 9, and the front end for drawing yarn device 9 is equipped with through motor-driven groove drum 10.

The third object of the present invention is to provide a kind of method preparing above-mentioned glass fibre two-compartment oil tank.

To realize above-mentioned third purpose, the technical scheme is that including the steps that preparing two and half tank bodies, wherein often The preparation process of a half tank body is:

Device is arranged in the first step

Rotation forward lead screw 3 is driven to make the supporting rod being arranged on positive and negative screw 45 with 4 displacement of positive and negative screw by motor 2, The edge of first support plate 6 disposed in parallel and adjacent is along staggeredly stacked counterclockwise, 6 shape of the first support plate of setting At excircle cylinder reach default tank diameter when, due to 3 upper end of forward lead screw the second support plate 16 be along positive and negative screw 4 The heart extends to form the second support plate of arc petaloid 16 around, and the edge per two adjacent second support plates 16 is along the inverse time Staggeredly stacked and each 16 free end of the second support plate edge is stacked in first support disposed in parallel to needle On the edge on 6 top of plate, half tank device of back-off is formed, corrosion-resistant fiber nylon is set with and knits jacket layer to 6 He of the first support plate The outside of second support plate 16 is filled with the short silk of glass in each described sleeve pipe 12, then with adhesive tape by the pipe of pre-production Mouth is bonded in the first support plate 6, then the lower edge of the first support plate 6 is arranged and is fixed in the grooved ring of positioning plate 7, And the excircle of positioning plate 7 and the inner wall of annulus seat 15 are slidably connected, then hollow cylinder 17 is fixed on annulus seat 15, It is driven and is rotated integrally by motor 2;

Second step makes glass-fibre and stores inner canister I

On the holder of 1 arbitrary side of workbench, motor 2 is driven by being temporarily disposed at spray gun thereon and rotated integrally Corrosion-resistant fiber nylon knit the outer surface spraying releasing agent or vinyl ester resin of jacket layer 11, then by being arranged in positive and negative screw 4 left end releases 8 discharge the non-twist crocus cloth of the first glass fibre that leaching is stained with curable resin, and wound on corrosion-resistant glass Buddhist nun Dragon is knitted on the outer surface of jacket layer 11 and the outer wall of described sleeve pipe 12;Pass through the outer of the non-twist crocus cloth of the first glass fibre of spray gun pair again The binder that surface spraying is made of epoxy furane resins, modification or polyester resin, phenolic resin;It then will by cylinder yarn pipe 19 First S picks up yarn and is distributed on the first glass in 40-50 degree angle with the non-twist crocus cloth of the first glass fibre after wire loop 18 The first S is formed on the binder of the fibre untwisted crocus cloth outer surface of glass and 12 outer wall of described sleeve pipe picks up thread layers;Pass through spray gun again The outer surface spraying that thread layers are picked up to the first S is glued by what epoxy furane resins, modification or polyester resin, phenolic resin were constituted Tie agent;The is formed by the short fine mixture of spray gun spraying curable resin and glass fibre for being arranged in 4 arbitrary end of positive and negative screw The short fine layer of one glass fibre;By cylinder yarn pipe 19 by the first Z pick up yarn after the wire loop 18 with first glass fibre without It twists crocus cloth and is distributed on 12 outer wall of outer surface and described sleeve pipe of the short fine layer of the first glass fibre in 135-145 degree angle and form the One Z picks up thread layers;The outer surface for picking up thread layers by the first Z of spray gun pair again is sprayed by epoxy furane resins, modification or polyester tree The binder that fat, phenolic resin are constituted;By be arranged 4 left end of positive and negative screw release 8 discharge leaching be stained with curable resin The first glass fibre combine Coarse Mesh Gauze;It is solid by spray gun spraying anti-corrosion on the outer surface that the first glass fibre combines Coarse Mesh Gauze Change layer;Glass-fibre is formed after solidification stores inner canister I;

Third walks, and the strength layer of tank body is arranged

By be arranged positive and negative screw 4 right end draw yarn device 9 discharge glass fibre sleeve 14 after select several glass fibers Dimension casing 14, which is worn, connects the fiber optic fiber side setting inductor connection opposite with tank mouth, the other side of fiber optic fiber and neighbouring tank mouth The connection of test section terminal box, the then strong unsaturated polyester resin of filling mobility in the glass fibre sleeve 14, described The second reinforcing rib 13 for being bonded with polytetrafluoroethylene (PTFE) establishment disk snapping being spaced on the outer wall of glass-fibre storage inner canister I, after solidification Form the strength layer of tank body;

4th step, setting enhancing tank II

To the glass-fibre storage inner canister I after solidification by spray gun to glass fibre sleeve 14, the second reinforcing rib 13 and described The outer surface of 12 outer wall of casing sprays the binder being made of epoxy furane resins, modification or polyester resin, phenolic resin;Pass through Be arranged 4 left end of positive and negative screw release 8 discharge leaching be stained with curable resin the second glass fibre combine Coarse Mesh Gauze;Pass through The outer surface that the second glass fibre of spray gun pair combines Coarse Mesh Gauze is sprayed by epoxy furane resins, modification or polyester resin, phenolic aldehyde tree The binder that fat is constituted;The 2nd Z yarn is picked up after the wire loop 18 by cylinder yarn pipe 19 with second glass fibre to combine Coarse Mesh Gauze is distributed in 40-50 degree angle on the binder of the second glass fibre plying Coarse Mesh Gauze and 12 outer surface of cupular part of described sleeve pipe It forms the 2nd Z and picks up thread layers;Second is formed by the short fine mixture of the spray gun spraying curable resin and glass fibre of arbitrary end The short fine layer of glass fibre;The 2nd S yarn is picked up after the wire loop 18 by cylinder yarn pipe 19 with second glass fibre to combine Coarse Mesh Gauze is distributed on the 2nd S of formation on the outer surface of the short fine layer of the second glass fibre in 135-145 degree angle and picks up thread layers;By setting It sets the release 8 in 4 left end of positive and negative screw and discharges leaching and be stained with the non-twist crocus cloth of the second glass fibre of curable resin;Second On the outer surface of the non-twist crocus cloth of glass fibre by parking 10-16 minutes after the spray gun spraying modified poly ethylene layer of arbitrary end after In spraying anti-aging white oil layer;Enhancing tank II is formed after solidification;

5th step makes the corrosion-resistant finishes of glass-fibre storage inner canister I

The glass-fibre storage connection of inner canister I enhancing tank II after solidification is made by the rotation of forward lead screw 3 corresponding positive and negative Screw 4 drives supporting rod 5 and the first support plate 5 being arranged thereon and the second support plate 16 are to just along 3 displacement of forward lead screw The shaft core position of anti-lead screw 3 deviates, and 5 and second support plate 16 of such first support plate stores inner canister departing from glass-fibre is formd I inner wall forms demoulding, while storing the connection enhancing tank II of inner canister I to the glass-fibre after solidification by positioning plate 7 and propping up Then the inner-wall spraying high resin content of jacket layer 11 is knitted glass-fibre storage I corrosion-resistant fiber nylon of inner canister by spray gun in support Corrosion-resistant finishes, again negative direction rotate forward lead screw 3, keep the first support plate 5 on positive and negative screw 4 and the second support plate 16 tight The corrosion-resistant finishes that has just sprayed is pasted, starting motor 2 after fixed positive and negative screw 4 rotates clockwise, and passes through counterclockwise stacked the Corrosion-resistant finishes is formed inner wall smooth flatness internal face by the rotation of one support plate 6 and the second support plate 16, similarly, by just The rotation of anti-lead screw 3 makes corresponding positive and negative screw 4 along 3 displacement of forward lead screw, while first for driving supporting rod 5 and being arranged thereon Support plate 6 and the second support plate 16 are deviated to the shaft core position of forward lead screw 3, and the first support plate 6 and the second support plate 16 are again Departing from corrosion-resistant finishes inner wall, 3 to 4 times are operated repeatedly and forms the smooth glass-fibre storage inner canister I of inner wall smooth;

6th step, the splicing of glass fibre two-compartment oil tank

The open-mouth cutting polishing of two and half made tank bodies is formed into zigzag interface, is then docked in zigzag Half tank body docking is carried out after spraying resin on face, resin is sprayed at butt seam again after resin solidification to be sprayed and glass is short Line makes the open airtight connection of two and half tank bodies form glass fibre two-compartment oil tank by the pressure roller roll-forming of groove.

The beneficial effects of the invention are as follows be also bonded between inner canister I and the enhancing tank II by being stored in the glass-fibre The second reinforcing rib 13 for also serving as the glass fibre sleeve 14 and polytetrafluoroethylene (PTFE) establishment disk snapping of reinforcing rib, increases double layers of tank body Mechanical strength;The corrosion-resistant fiber nylon that is arranged on I inner wall of inner canister is stored by glass-fibre again and knits jacket layer 11 and set thereon Pipe 12 makes casing 12 store inner canister I with glass-fibre and links into an integrated entity with the enhancing tank II interval, corrosion-resistant fiber nylon is arranged Knitting jacket layer 11 can easily demould, and integrated setting casing 12 can further increase the mechanical strength of double layers of tank body;By In glass-fibre storage inner canister I from inside to outside by leaching in it be stained with curable resin and with 12 outer wall of described sleeve pipe it is viscous The non-twist crocus cloth of the first glass fibre of knot, the first S being arranged in 40-50 degree angle with the non-twist crocus cloth of the first glass fibre Pick up the short fine layer of thread layers, the first glass fibre, with the non-twist crocus cloth of the first glass fibre in the setting of 135-145 degree angle the One Z picks up thread layers, the first glass fibre plying Coarse Mesh Gauze and anti-corrosion cured layer and bonds successively;The enhancing tank II is equal from inside to outside The second glass fibre that is being stained with curable resin by leaching in it and being bonded with the outer wall at 12 top of described sleeve pipe combines rove Cloth, in the 2nd Z of 40-50 degree angle setting, to pick up thread layers, the second glass fibre short with second glass fibre plying Coarse Mesh Gauze Fine layer picks up thread layers, the second glass fibers with second glass fibre plying Coarse Mesh Gauze in the 2nd S of 135-145 degree angle setting Non-twist crocus cloth, modified poly ethylene layer and anti-aging white oil layer is tieed up to bond successively;Each adhesive layer, which is staggered, not only increases intensity And the possibility of leakage is greatly reduced, make two-compartment oil tank that there is superpower impermeable ability and higher mechanical strength;Again Due to the fiberglass products that above-mentioned material uses, service life is increased, greatly reduces manufacturing cost and use cost, and It will not be lost by underground water gas cut and electrolytic etching, realize high safety, epipodium guaranteed cost, at low cost, intensity is high, and tank body is unified And it can prevent aqueous vapor from corroding the effect with electrolytic etching.

Description of the drawings

Fig. 1 is the structural schematic diagram of device in the present invention

Fig. 2 is sectional view along A-A in Fig. 1

1, workbench in Fig. 1 to 2,2, motor, 3, forward lead screw, 4, positive and negative screw, 5, supporting rod, the 6, first support Plate, 7, positioning plate, 8, release, 9, draw yarn device, 10, groove drum, 11, corrosion-resistant fiber nylon knit jacket layer, 12, casing, 13, Two reinforcing ribs, 14, glass fibre sleeve, 15, annulus seat, the 16, second support plate, 17, cylinder, 18, wire loop, 19, cylinder yarn pipe.

Specific implementation mode

According to Fig. 1 to 2, the present invention relates to a kind of glass fibre two-compartment oil tanks, it includes glass-fibre storage inner canister I With the enhancing tank II for being bonded in I outer surface of the glass-fibre storage inner canister, it is characterised in that:The glass-fibre storage inner canister I It is bonded with corrosion-resistant fiber nylon on inner wall and knits jacket layer 11, the corrosion-resistant fiber nylon knits volume integrated on the outer wall of jacket layer 11 It is woven with the tapered casing 12 in several cross sections, the short silk of glass, each described sleeve pipe 12 are filled in each described sleeve pipe 12 Glass-fibre storage inner canister I is each passed through to be bonded to one with the enhancing tank II, the glass-fibre store inner canister I with it is described It is also bonded with the glass fibre sleeve 14 for also serving as the first reinforcing rib between enhancing tank II, the setting at several fiber optic fiber intervals exists Connect in the siphunculus of the glass fibre sleeve 14 and respectively with the inductor that the bottommost in the glass fibre sleeve 14 is arranged It is logical, be filled with unsaturated polyester resin in the glass fibre sleeve 14, and on the outer wall that the glass-fibre stores inner canister I between Every the second reinforcing rib 13 for being bonded with polytetrafluoroethylene (PTFE) and working out disk snapping, glass-fibre storage inner canister I is logical from inside to outside Cross the non-twist crocus cloth of the first glass fibre that is that leaching in it is stained with curable resin and bonding with 12 outer wall of described sleeve pipe, with it is described The non-twist crocus cloth of first glass fibre picks up the short fine layer of thread layers, the first glass fibre and institute in the first S of 40-50 degree angle setting It states the non-twist crocus cloth of the first glass fibre and picks up thread layers, the first glass fibre plying rove in the first Z of 135-145 degree angle setting Cloth and anti-corrosion cured layer bond successively;The enhancing tank II from inside to outside by leaching in it be stained with curable resin and with institute It states the second glass fibre plying Coarse Mesh Gauze of the outer wall bonding at 12 top of casing, be in second glass fibre plying Coarse Mesh Gauze 2nd Z of 40-50 degree angle setting picks up the short fine layer of thread layers, the second glass fibre, combines Coarse Mesh Gauze with second glass fibre The 2nd S being arranged in 135-145 degree angle picks up thread layers, the non-twist crocus cloth of the second glass fibre, modified poly ethylene layer and anti-aging White oil layer bonds successively.

A kind of device of glass fibre two-compartment oil tank is prepared, which includes the workbench 1 supported by supporting rack, 1 bottom of the workbench is fixedly arranged in the middle of motor 2, and the output end of the motor 2 drives on the workbench 1 One forward lead screw 3 rotates, and corresponding positive and negative screw 4, the outer wall of each positive and negative screw 4 are bolted in the forward lead screw 3 It is upper that several supporting rods 5 are connected with by hinge shaft respectively, if the free end of the supporting rod 5 is connected with by the way that hinge shaft is parallel respectively Dry the first arc-shaped support plate 6, wherein the edge of first support plate 6 disposed in parallel and adjacent is handed over along counterclockwise Mistake is stacked, and it is the arc extended around along 4 center of positive and negative screw that the second support plate 16 in 4 upper end of positive and negative screw, which is arranged, The second support plate of petaloid 16, the edges of adjacent two second support plates 16 is along staggeredly stacked counterclockwise and each described the The edge of two support plates, 16 free end is stacked on the edge on 6 top of the first support plate disposed in parallel, it is described just The lower end of anti-screw 4 is equipped with the positioning plate 7 with grooved ring, and the lower edge of first support plate 6 is arranged in the positioning plate 7 In grooved ring, annulus seat 15 is set on the workbench 1 and in 6 surrounding of the first support plate, the annulus seat 15 it is interior The excircle that wall also serves as sliding rail and the positioning plate 7 is slidably connected, and the top of the annulus seat 15 is further fixed on hollow cylinder 17, the cylinder 17 is equipped with the wire loop 18 that is axially slid along the cylinder, on the workbench 1 and in the positive and negative silk The left end of mother 4 is equipped with the release 8 and the synchronous cylinder yarn pipe 19 for discharging yarn, the workbench for discharging glass fibre gauze It is equipped on 1 and in the right end of positive and negative screw 4 and discharges glass fiber yarn and draw yarn device 9, the front end for drawing yarn device 9 is equipped with Pass through motor-driven groove drum 10.

Method using above-mentioned Mold Making glass fibre two-compartment oil tank includes the steps that two and half tank bodies of preparation, wherein The preparation process of each half tank body is:

Device is arranged in the first step

Rotation forward lead screw 3 is driven to make the supporting rod being arranged on positive and negative screw 45 with 4 displacement of positive and negative screw by motor 2, The edge of first support plate 6 disposed in parallel and adjacent is along staggeredly stacked counterclockwise, 6 shape of the first support plate of setting At excircle cylinder reach default tank diameter when, due to 3 upper end of forward lead screw the second support plate 16 be along positive and negative screw 4 The heart extends to form the second support plate of arc petaloid 16 around, and the edge per two adjacent second support plates 16 is along the inverse time Staggeredly stacked and each 16 free end of the second support plate edge is stacked in first support disposed in parallel to needle On the edge on 6 top of plate, half tank device of back-off is formed, corrosion-resistant fiber nylon is set with and knits jacket layer to 6 He of the first support plate The outside of second support plate 16 is filled with the short silk of glass in each described sleeve pipe 12, then with adhesive tape by the pipe of pre-production Mouth is bonded in the first support plate 6, then the lower edge of the first support plate 6 is arranged and is fixed in the grooved ring of positioning plate 7, And the excircle of positioning plate 7 and the inner wall of annulus seat 15 are slidably connected, then hollow cylinder 17 is fixed on annulus seat 15, It is driven and is rotated integrally by motor 2;

Second step makes glass-fibre and stores inner canister I

On the holder of 1 arbitrary side of workbench, motor 2 is driven by being temporarily disposed at spray gun thereon and rotated integrally Corrosion-resistant fiber nylon knit the outer surface spraying releasing agent or vinyl ester resin of jacket layer 11, then by being arranged in positive and negative screw 4 left end releases 8 discharge the non-twist crocus cloth of the first glass fibre that leaching is stained with curable resin, and wound on corrosion-resistant glass Buddhist nun Dragon is knitted on the outer surface of jacket layer 11 and the outer wall of described sleeve pipe 12;Pass through the outer of the non-twist crocus cloth of the first glass fibre of spray gun pair again The binder that surface spraying is made of epoxy furane resins, modification or polyester resin, phenolic resin;It then will by cylinder yarn pipe 19 First S picks up yarn and is distributed on the first glass in 40-50 degree angle with the non-twist crocus cloth of the first glass fibre after wire loop 18 The first S is formed on the binder of the fibre untwisted crocus cloth outer surface of glass and 12 outer wall of described sleeve pipe picks up thread layers;Pass through spray gun again The outer surface spraying that thread layers are picked up to the first S is glued by what epoxy furane resins, modification or polyester resin, phenolic resin were constituted Tie agent;The is formed by the short fine mixture of spray gun spraying curable resin and glass fibre for being arranged in 4 arbitrary end of positive and negative screw The short fine layer of one glass fibre;By cylinder yarn pipe 19 by the first Z pick up yarn after the wire loop 18 with first glass fibre without It twists crocus cloth and is distributed on 12 outer wall of outer surface and described sleeve pipe of the short fine layer of the first glass fibre in 135-145 degree angle and form the One Z picks up thread layers;The outer surface for picking up thread layers by the first Z of spray gun pair again is sprayed by epoxy furane resins, modification or polyester tree The binder that fat, phenolic resin are constituted;By be arranged 4 left end of positive and negative screw release 8 discharge leaching be stained with curable resin The first glass fibre combine Coarse Mesh Gauze;It is solid by spray gun spraying anti-corrosion on the outer surface that the first glass fibre combines Coarse Mesh Gauze Change layer;Glass-fibre is formed after solidification stores inner canister I;

Third walks, and the strength layer of tank body is arranged

By be arranged positive and negative screw 4 right end draw yarn device 9 discharge glass fibre sleeve 14 after select several glass fibers Dimension casing 14, which is worn, connects the fiber optic fiber side setting inductor connection opposite with tank mouth, the other side of fiber optic fiber and neighbouring tank mouth The connection of test section terminal box, the then strong unsaturated polyester resin of filling mobility in the glass fibre sleeve 14, described The second reinforcing rib 13 for being bonded with polytetrafluoroethylene (PTFE) establishment disk snapping being spaced on the outer wall of glass-fibre storage inner canister I, after solidification Form the strength layer of tank body;

4th step, setting enhancing tank II

To the glass-fibre storage inner canister I after solidification by spray gun to glass fibre sleeve 14, the second reinforcing rib 13 and described The outer surface of 12 outer wall of casing sprays the binder being made of epoxy furane resins, modification or polyester resin, phenolic resin;Pass through Be arranged 4 left end of positive and negative screw release 8 discharge leaching be stained with curable resin the second glass fibre combine Coarse Mesh Gauze;Pass through The outer surface that the second glass fibre of spray gun pair combines Coarse Mesh Gauze is sprayed by epoxy furane resins, modification or polyester resin, phenolic aldehyde tree The binder that fat is constituted;The 2nd Z yarn is picked up after the wire loop 18 by cylinder yarn pipe 19 with second glass fibre to combine Coarse Mesh Gauze is distributed in 40-50 degree angle on the binder of the second glass fibre plying Coarse Mesh Gauze and 12 outer surface of cupular part of described sleeve pipe It forms the 2nd Z and picks up thread layers;Second is formed by the short fine mixture of the spray gun spraying curable resin and glass fibre of arbitrary end The short fine layer of glass fibre;The 2nd S yarn is picked up after the wire loop 18 by cylinder yarn pipe 19 with second glass fibre to combine Coarse Mesh Gauze is distributed on the 2nd S of formation on the outer surface of the short fine layer of the second glass fibre in 135-145 degree angle and picks up thread layers;By setting It sets the release 8 in 4 left end of positive and negative screw and discharges leaching and be stained with the non-twist crocus cloth of the second glass fibre of curable resin;Second On the outer surface of the non-twist crocus cloth of glass fibre by parking 10-16 minutes after the spray gun spraying modified poly ethylene layer of arbitrary end after In spraying anti-aging white oil layer;Enhancing tank II is formed after solidification;

5th step makes the corrosion-resistant finishes of glass-fibre storage inner canister I

The glass-fibre storage connection of inner canister I enhancing tank II after solidification is made by the rotation of forward lead screw 3 corresponding positive and negative Screw 4 drives supporting rod 5 and the first support plate 5 being arranged thereon and the second support plate 16 are to just along 3 displacement of forward lead screw The shaft core position of anti-lead screw 3 deviates, and 5 and second support plate 16 of such first support plate stores inner canister departing from glass-fibre is formd I inner wall forms demoulding, while storing the connection enhancing tank II of inner canister I to the glass-fibre after solidification by positioning plate 7 and propping up Then the inner-wall spraying high resin content of jacket layer 11 is knitted glass-fibre storage I corrosion-resistant fiber nylon of inner canister by spray gun in support Corrosion-resistant finishes, again negative direction rotate forward lead screw 3, keep the first support plate 5 on positive and negative screw 4 and the second support plate 16 tight The corrosion-resistant finishes that has just sprayed is pasted, starting motor 2 after fixed positive and negative screw 4 rotates clockwise, and passes through counterclockwise stacked the Corrosion-resistant finishes is formed inner wall smooth flatness internal face by the rotation of one support plate 6 and the second support plate 16, similarly, by just The rotation of anti-lead screw 3 makes corresponding positive and negative screw 4 along 3 displacement of forward lead screw, while first for driving supporting rod 5 and being arranged thereon Support plate 6 and the second support plate 16 are deviated to the shaft core position of forward lead screw 3, and the first support plate 6 and the second support plate 16 are again Departing from corrosion-resistant finishes inner wall, 3 to 4 times are operated repeatedly and forms the smooth glass-fibre storage inner canister I of inner wall smooth;

6th step, the splicing of glass fibre two-compartment oil tank

The open-mouth cutting polishing of two and half made tank bodies is formed into zigzag interface, is then docked in zigzag Half tank body docking is carried out after spraying resin on face, resin is sprayed at butt seam again after resin solidification to be sprayed and glass is short Line makes the open airtight connection of two and half tank bodies form glass fibre two-compartment oil tank by the pressure roller roll-forming of groove.

The glass fibre two-compartment oil tank of the above structure of making in the glass-fibre by storing inner canister I and the enhancing The second reinforcing rib of the glass fibre sleeve 14 for also serving as reinforcing rib and polytetrafluoroethylene (PTFE) establishment disk snapping is also bonded between tank II 13, increase the mechanical strength of double layers of tank body;The corrosion-resistant fiber nylon being arranged on I inner wall of inner canister is stored by glass-fibre again to knit Jacket layer 11 and casing 12 thereon make casing 12 with glass-fibre store inner canister I and be spaced with the enhancing tank II and link into an integrated entity, if Setting corrosion-resistant fiber nylon and knitting jacket layer 11 easily to demould, and integrated setting casing 12 can further increase double-layer tank The mechanical strength of body;Due to glass-fibre storage inner canister I from inside to outside by leaching in it be stained with curable resin and with The non-twist crocus cloth of the first glass fibre and the non-twist crocus cloth of the first glass fibre that 12 outer wall of described sleeve pipe bonds are in 40- First S of 50 degree of angles setting picks up the short fine layer of thread layers, the first glass fibre, is in the non-twist crocus cloth of the first glass fibre First Z of 135-145 degree angle setting picks up thread layers, the first glass fibre plying Coarse Mesh Gauze and anti-corrosion cured layer and bonds successively;Institute It is stating that enhancing tank II is stained with curable resin by leaching in it from inside to outside and bond with the outer wall at 12 top of described sleeve pipe Second glass fibre plying Coarse Mesh Gauze picks up yarn with second glass fibre plying Coarse Mesh Gauze in the 2nd Z of 40-50 degree angle setting The short fine layer of line layer, the second glass fibre combines the 2nd S that Coarse Mesh Gauze is in the setting of 135-145 degree angle with second glass fibre Thread layers, the non-twist crocus cloth of the second glass fibre, modified poly ethylene layer and anti-aging white oil layer is picked up to bond successively;Each adhesive layer is handed over Mistake setting not only increases intensity but also greatly reduces the possibility of leakage, make two-compartment oil tank have superpower impermeable ability and Higher mechanical strength;Again due to the fiberglass products that above-mentioned material uses, service life is increased, manufacture is greatly reduced Cost and use cost, and will not be lost by underground water gas cut and electrolytic etching, realize high safety, epipodium guaranteed cost, cost Low, intensity is high, and tank body is unified and can prevent aqueous vapor from corroding the effect with electrolytic etching.

Claims (3)

1. a kind of glass fibre two-compartment oil tank, it includes that glass-fibre storage inner canister I stores inner canister I with the glass-fibre is bonded in The enhancing tank II of outer surface, it is characterised in that:Corrosion-resistant fiber nylon is bonded on the inner wall of the glass-fibre storage inner canister I to knit Jacket layer(11), the corrosion-resistant fiber nylon knits jacket layer(11)Outer wall on integrated be woven with the tapered set in several cross sections Pipe(12), each described sleeve pipe(12)Inside it is filled with the short silk of glass, each described sleeve pipe(12)It is each passed through the glass-fibre Storage inner canister I is bonded to one with the enhancing tank II, is also bonded between the glass-fibre storage inner canister I and the enhancing tank II There is the glass fibre sleeve for also serving as the first reinforcing rib(14), and the bonding being spaced on the outer wall that the glass-fibre stores inner canister I There is the second reinforcing rib of polytetrafluoroethylene (PTFE) establishment disk snapping(13), the glass-fibre storage inner canister I is from inside to outside by it Leaching is stained with curable resin and and described sleeve pipe(12)The non-twist crocus cloth of the first glass fibre and described first that outer wall bonds The non-twist crocus cloth of glass fibre picks up the short fine layer of thread layers, the first glass fibre, with described the in the first S of 40-50 degree angle setting The non-twist crocus cloth of one glass fibre in 135-145 degree angle setting the first Z pick up thread layers, the first glass fibre plying Coarse Mesh Gauze and Anti-corrosion cured layer bonds successively;The enhancing tank II from inside to outside by leaching in it be stained with curable resin and with the set Pipe(12)The second glass fibre that the outer wall at top bonds combines Coarse Mesh Gauze, is in second glass fibre plying Coarse Mesh Gauze 2nd Z of 40-50 degree angle setting picks up the short fine layer of thread layers, the second glass fibre, combines Coarse Mesh Gauze with second glass fibre The 2nd S being arranged in 135-145 degree angle picks up thread layers, the non-twist crocus cloth of the second glass fibre, modified poly ethylene layer and anti-aging White oil layer bonds successively.
2. glass fibre two-compartment oil tank according to claim 1, it is characterised in that:Several fiber optic fiber intervals are set It sets and connects in the siphunculus of the glass fibre sleeve and respectively with the inductor that the bottommost in the glass fibre sleeve is arranged It is logical, unsaturated polyester resin is filled in the glass fibre sleeve.
3. preparing the device of glass fibre two-compartment oil tank described in described claims 1 or 2, it is characterised in that:The device includes The workbench supported by supporting rack(1), the workbench(1)Bottom is fixedly arranged in the middle of motor(2), the motor (2)Output end drive across the workbench(1)On a forward lead screw(3)Rotation, the forward lead screw(3)On be spirally connected There is corresponding positive and negative screw(4), each positive and negative screw(4)Outer wall on several supporting rods are connected with by hinge shaft respectively (5), the supporting rod(5)Free end be connected with several the first arc-shaped support plates by the way that hinge shaft is parallel respectively(6), In first support plate disposed in parallel and adjacent(6)Edge along staggeredly stacked counterclockwise, be arranged described positive and negative Screw(4)Second support plate of upper end(16)For along positive and negative screw(4)The second support plate of arc petaloid that center extends around (16), adjacent two second support plates(16)Edge along staggeredly stacked counterclockwise and each second support plate (16)The edge of free end is stacked in first support plate disposed in parallel(6)On the edge on top, the positive and negative silk It is female(4)Lower end be equipped with the positioning plate with grooved ring(7), first support plate(6)Lower edge be arranged in the positioning plate (7)Grooved ring in, the workbench(1)Above and in first support plate(6)Surrounding is set with annulus seat(15), the circle Ring seat(15)Inner wall also serve as sliding rail and the positioning plate(7)Excircle be slidably connected, the annulus seat(15)Top also It is fixed with hollow cylinder(17), the cylinder(17)It is equipped with the wire loop axially slid along the cylinder(18), the work Make platform(1)Above and in the positive and negative screw(4)Left end be equipped with discharge glass fibre gauze release(8)With synchronize apply The cylinder yarn pipe of yarn releasing line(19), the workbench(1)Above and in positive and negative screw(4)Right end release glass fiber yarn is installed Line draws yarn device(9), described to draw yarn device(9)Front end be equipped with through motor-driven groove drum(10).
CN201710064860.5A 2017-02-05 2017-02-05 A kind of glass fibre two-compartment oil tank and preparation method thereof and dedicated unit CN106672455B (en)

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CN206494356U (en) * 2017-02-05 2017-09-15 新疆联诚重工科技有限公司 A kind of glass fibre two-compartment oil tank and its device for preparing the two-compartment oil tank

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US5829625A (en) * 1995-09-04 1998-11-03 Imaharu Kasei Co., Ltd FRP double-wall tank and producing method therefor
CN103331919A (en) * 2013-07-22 2013-10-02 连云港中复连众复合材料集团有限公司 Method for preparing tank body with high rigidity and high strength
CN104405962A (en) * 2014-11-08 2015-03-11 湖南潇湘源科技开发有限责任公司 High-strength glass fiber-reinforced plastic pipeline and production method thereof
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