CN105165753A - Junction Buoy For Aquaculture And How The Body Welding Machine - Google Patents
Junction Buoy For Aquaculture And How The Body Welding Machine Download PDFInfo
- Publication number
- CN105165753A CN105165753A CN201510193047.9A CN201510193047A CN105165753A CN 105165753 A CN105165753 A CN 105165753A CN 201510193047 A CN201510193047 A CN 201510193047A CN 105165753 A CN105165753 A CN 105165753A
- Authority
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- China
- Prior art keywords
- buoy
- main body
- film
- laminated film
- welding
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
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Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K61/00—Culture of aquatic animals
- A01K61/60—Floating cultivation devices, e.g. rafts or floating fish-farms
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63B—SHIPS OR OTHER WATERBORNE VESSELS; EQUIPMENT FOR SHIPPING
- B63B22/00—Buoys
- B63B22/04—Fixations or other anchoring arrangements
- B63B22/08—Fixations or other anchoring arrangements having means to release or urge to the surface a buoy on submergence thereof, e.g. to mark location of a sunken object
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
Abstract
The purpose of the present invention is to provide a device for welding a body of a buoy, which molds a laminating film by using a film which laminates a synthetic resin film and a weaving thread into a polystyrene body or a body which makes the buoy in a cylindrical form, is strong on sunlight by covering the laminating film, and makes the laminating film and the body to be an integral form. To this end, the device for welding the body of the buoy welds the buoy which forms the curvedly protruding side on both front ends of the body forming curved grooves on both sides, and the body of the buoy.
Description
Technical field
The present invention relates to main body fusion splicing devices and the method thereof of maqting type buoy used for aquiculture, more specifically, relate on a kind of cylindrical-shaped main body of the buoy being made up of foamed polystyrene or synthetic resin, wrap up the laminated film by film of synthetic resin and woven line lamination, by means of heating and utilizing the adhesive in the supply of laminated film internal diameter, make it possible to the main body fusion splicing devices and the method thereof that are fused into one-piece type maqting type buoy used for aquiculture.
Background technology
Generally speaking, the buoy used in aquaculture, handlebar carries out blow molding and shaping buoy with the shaping buoy of foamed polystyrene with to synthetic resin, and wherein, foamed polystyrene buoy uses more.
In the past, foamed polystyrene buoy was being shaped to the use of columnar two ends winding lashing wire, owing to applying a large amount of power to groove, if thus use buoy for a long time, then and the easy damaged or distortion because of great waves or tidewater and tsunami etc.
And foamed polystyrene, due to rough, directly transmits the sea washes such as great waves, thus there is the shortcoming of easily breakage or distortion.
In addition, if buoy is damaged, then cause marine pollution because of the fragment of fragmentation, if groove slightly breakage be just difficult to use, be stacked at seashore or air storage field or carry out offal treatment.
In order to eliminate this shortcoming, use the buoy being formed in internal diameter the main body being formed with space with synthetic resin by means of blow molding, this synthetic resin buoy compensate for the shortcoming that durability is weak, the life-span is short as foamed polystyrene buoy shortcoming, and the problem such as environmental pollution, but in making, there is the high shortcoming of price, when buoy is installed on plant or collects, the instrument used uses hook or clip etc. to carry out operation, there is the shortcomings such as buoy breaks, fragmentation, operating speed is also slow, there is the shortcoming that operating efficiency declines.
As this concrete technology in the past, there is No. 0309039th, utility model registration numbering (2003.03.17. registration), utility model is No. 2000-0020942nd, numbering (2000.12.15. is open) openly, No. 0857470th, Pat. Registration numbering (2008.09.02. registration), No. 0227202nd, utility model registration numbering (2001.04.02. registration), this conventional art is except above-indicated shortcoming, the external diameter of protective cover in buoy, make it possible to protect buoy, but there is the shortcoming needing to use rope fixing in the part that cannot cover buoy, at night, buoy cannot be adequately identified, there is accidental risk, for with foamed polystyrene constitutor, there is the shortcoming being difficult to regulate buoyancy, the foreign matters such as surface attachment shell, buoyancy is had an impact, thus regular cleaning is needed, now, a part for foamed polystyrene also together comes off, thus occur bad, there is the shortcoming losing buoyancy.
No. 1200020th, the earlier application patent of invention (2002.11.05. registration) being intended to the applicant preventing this shortcoming more specifically, relates to a kind of buoy used for aquiculture and manufacture method thereof,
Make after carrying out cross-linking radiation to the envelope carrying out extrusion molding along the external diameter be made up of foamed polystyrene or synthetic resin to extend, type is molded as one by means of heating, groove is formed and the buoy used for aquiculture used in conjunction with lashing wire for the two ends in the main body with foamed polystyrene and space
Extrusion molding be 2 layers and make extension 20 ~ 30% after cross-linking radiation and shaping envelope, there is described in being covered in the external diameter of the main body in foamed polystyrene and space, make by means of heating to become one-piece type.
But, with regard to this conventional art, envelope is being covered in body outer diameter and is making to become one-piece type process by means of heating, although be fixed easy in main body, but the two ends of main body are formed with round sides, the rounded portions of described side cannot be covered the type that is integrally fixed, thus cannot complete.
In addition, when wrapping up envelope, if small opening occurs certain part, so, seawater is permeated by this hole, and provide space that microorganism can live or play drum, result causes bursting apart, and, thus there is the shortcoming causing losing buoy function in fish, shellfish passing hole and enter and perch.
[prior art document]
[patent document]
(patent document 1) document 1. utility model registration No. 0309039th, numbering (2003.03.17. registration);
(patent document 2) document 2. utility model openly No. 2000-0020942nd, numbering (2000.12.15. is open);
(patent document 3) document 3. Pat. Registration No. 0857470th, numbering (2008.09.02. registration);
(patent document 4) document 4. utility model registration No. 0227202nd, numbering (2001.04.02. registration);
(patent document 5) document 5. Pat. Registration No. 1200020th, numbering (2002.11.05. registration).
Summary of the invention
(technical problem that will solve)
Therefore, the present invention researches and develops to solve this shortcoming just, the object of technical task of the present invention is the main body fusion splicing devices providing a kind of buoy, in foamed polystyrene main body or the columnar main body of buoy that is made up of synthetic resin, utilize and film of synthetic resin and woven line are carried out to the film of lamination and form laminated film, cover described laminated film, make anti-sunlight ability strong, laminated film is integrally formed type with main body.
(means of dealing with problems)
The present invention relates to and form the buoy of the side of rounded protrusion in the both-side ends of the main body defining groove along two ends, the main body of described buoy is carried out to the main body fusion splicing devices of the buoy of welding, it is characterized in that, comprising:
Arrangement for adjusting height, the through pillar formed in both sides of its height regulating, described height regulating forms axle guide, in the guide bracket transfer shaft end connecting axle guide bracket of through described axle guide, in described axle guide bracket, buoy back shaft connects throughly;
Buoy whirligig, its hydraulic cylinder is erectly installed on the pillar fixed mount connected on the upside of described pillar, transfer tube is through along the prover pipe two ends be connected with the cylinder axle of described hydraulic cylinder, the connecting plate connected on the downside of the through one end in described transfer tube of rotating shaft, on described rotating shaft, one end is connected with swivel plate, and the other end is connected with electromotor by chain;
Fixing device for buoy, it does not install on the downside of the connecting plate in the direction of buoy whirligig in described transfer tube, the rotating shaft front be connected with stationary cylinder, and fixing rotating panel, is fixed side;
Between described pillar, heating furnace is installed, to heat buoy, makes laminated film integral welding in main body.
The present invention relates to the manufacture method of buoy, comprise supply foamed polystyrene, formed the groove that can bundle rope by foaming at two ends, manufacture the foamed polystyrene main body manufacturing step that both-side ends has the main body of round sides; Supply the film that is made up of synthetic resin, parcel main body and the type that is integrally fixed, for the manufacture method of described buoy, it is characterized in that, comprising:
Film manufacturing step, supply film of synthetic resin and woven line and film of synthetic resin successively, the temperature being heated to 80 ~ 140 DEG C is carried out lamination and manufactures film;
Laminated film manufacturing step, described film blocks into the length can wrapping up main body, in the part that the both-side ends of film intersects, molten synthetic resin is utilized to carry out welding, make to form cylindrical shape, utilize sprayer to supply adhesive at the internal diameter of film, make to be uniformly distributed in whole face, fabrication layer press mold;
Laminated film welding preparation process, supply described laminated film, to wrap up the main body of buoy, rear flank on buoy back shaft buoy being fed to arrangement for adjusting height, drive the hydraulic cylinder of buoy whirligig, cylinder axle makes prover pipe decline, make swivel plate consistent with the center of side, transfer tube is transferred, after swivel plate fixes side, under the state utilizing set bolt to make transfer tube be fixed on prover pipe, drive the stationary cylinder of fixing device for buoy, rotating shaft is advanced, and the swivel plate in front is fixed side;
Laminated film welding step, after the side of described buoy is fixing, due to the driving of electromotor, along with chain makes rotating shaft rotate, so, while swivel plate makes buoy rotate to a direction, in heating furnace, supply the temperature of 115 ~ 145 DEG C, adhesive is melting because of thermal source, and laminated film and main body are fused into one-piece type; And
Laminated film and side cover welding step, to described side supply side face shield, make welding be integrally fixed after type, the part crossing with side cover end along laminated film supplies molten synthetic resin, to be made the method be welded together with weld portion be fixed by welding, form buoy.
(effect of invention)
Heat sealing machine of the present invention is in foamed polystyrene main body or the cylindrical outer diameter of buoy that is made up of synthetic resin, the laminated film that be made up of synthetic resin material, anti-sunlight ability is strong, hardness is strengthened is shaped to cylindrical shape, after internal diameter supply adhesive, columnar laminated film is covered in main body, one is fused into by means of heating, because great waves impact the firm buoy of the damage caused, the effect making it possible to Long-Time Service is provided by this preventing.
The present invention, with the main body of laminated film parcel buoy, prevents entering and perching of seawater and microorganism and fish shellfish, provides the effect stably performing the original task of buoy by means of welding.
Accompanying drawing explanation
Fig. 1 is the front view of the display preferred embodiment of the present invention.
Fig. 2 is the end view of the installment state showing main body fusion splicing devices of the present invention.
Fig. 3 is the vertical view of the installment state showing main body fusion splicing devices of the present invention.
Fig. 4 is the operating condition front view of main body fusion splicing devices of the present invention.
Fig. 5 is the front view of buoy whirligig of the present invention.
Fig. 6 is the front view of fixing device for buoy of the present invention.
Fig. 7 is the front view of buoy of the present invention.
Fig. 8 is the front partial cut away figure of the state of welding laminated film in buoy main body of the present invention.
Fig. 9 is the front partial cut away figure of buoy completion status of the present invention.
Figure 10 is display block diagram buoy being carried out to the manufacture method of welding of the present invention.
[symbol description]
10: arrangement for adjusting height 11: pillar
12: pillar fixed mount 13: height regulating
14: axle guide bracket 15: axle guide
16: buoy back shaft 17: guide bracket transfer groove
20: buoy whirligig 21: electromotor
22: chain 23,83: rotating shaft
23a, 85: swivel plate 24: connecting plate
25: transfer tube 26: prover pipe
27: set bolt 28: hydraulic cylinder
28a: cylinder axle 29: guide bar
30: buoy 31: main body
32: groove 33,33a: side
40: heating furnace 50: laminated film
51: film of synthetic resin 52: woven line
53: adhesive 60: side is covered
70: weld portion 80: fixing device for buoy
84: stationary cylinder.
Embodiment
Below with reference to the accompanying drawings, the preferred embodiments of the present invention are described in detail.
Fig. 1 is the front view of the display preferred embodiment of the present invention, Fig. 2 is the end view of the installment state showing main body fusion splicing devices of the present invention, Fig. 3 is the vertical view of the installment state showing main body fusion splicing devices of the present invention, and Fig. 4 is the operating condition front view of main body fusion splicing devices of the present invention.
Laminated film (50) is shaped to cylindrical shape, welding along its length and manufacturing, can wrap up the foamed polystyrene main body (31) of buoy (30), described laminated film (50) engages be integrally formed type with main body (31).
Described laminated film (50) be make to weave there is tartan line (52) be positioned at film of synthetic resin (51) central authorities with 0.3 ~ 1.5mm thickness after, be heated to 80 ~ 140 DEG C and carry out lamination, block into and have and the corresponding length of main body (31) length, welding both-side ends is to have cylindrical shape, on the internal diameter of described laminated film (50), with spray method coated sides adhesive (53).
Laminated film (50) is incorporated into the external diameter of described foamed polystyrene main body (31), after being heated to the temperature of 115 ~ 145 DEG C, is made by side adhesive (53) to be fused into one-piece type.
Time laminated film described in welding (50), the upside of the pillar (11) erectly installed at two ends, is connected by pillar fixed mount (12).
On described pillar (11), arrangement for adjusting height (10) is separately installed with at two ends, in the upside of described arrangement for adjusting height (10); buoy whirligig (20) configures opposite each other respectively in pillar (11), install to make buoy (30) rotate.
Described arrangement for adjusting height (10) is combined with height regulating (13), described height regulating (13) parcel pillar (11) is installed, the bolt making it possible to regulate height while moving up and down has been installed, described height regulating (13) is formed axle guide (15), connect guide bracket transfer shaft (17), in the front of described guide bracket transfer shaft (17), connecting axle guide bracket (14).
In the upside of described axle guide bracket (14), being protruding with buoy back shaft (16) at two ends, making can put when supplying buoy (30).
Be provided with arrangement for adjusting height (10) on the top, one end of described arrangement for adjusting height (10), portion is provided with fixing device for buoy (80) on an opposite end.
Heating furnace (40) is installed between described pillar (11), the heat of described heating furnace (40) supply 115 ~ 145 DEG C, to laminated film (50) heating, makes integral welding in main body (31).
Fig. 5 illustrates the front view of buoy whirligig of the present invention; buoy whirligig (20) connects prover pipe (26) at cylinder axle (28a) end protruded to hydraulic cylinder (28) downside; described hydraulic cylinder (28) is erectly installed on the upside of the mediad of pillar fixed mount (12); at the two ends of described cylinder axle (28a), the through pillar fixed mount (12) of guide bar (29) and be installed on prover pipe (26).
Described prover pipe (26) is combined with transfer tube (25) at two ends throughly, install to regulate desired position, in the upside of transfer tube (25), set bolt (27) is installed, make it possible to be fixed position, at the end of described transfer tube (25), to lower side to being provided with connecting plate (24).
At the downside end of described connecting plate (24), rotating shaft (23) through installation revolvably, described rotating shaft (23) is linked together with electromotor (21) by chain (22), the swivel plate (23a) being positioned at described rotating shaft (23) front is made to support the side (33,33a) of buoy (30) and rotate.
Fig. 6 shows the front view of fixing device for buoy of the present invention; fixing device for buoy (80) connects prover pipe (26) at cylinder axle (28a) end that protruding to the downside of hydraulic cylinder (28); described hydraulic cylinder (28) is erectly installed on the upside of the mediad of pillar fixed mount (12); at the two ends of described cylinder axle (28a), the through pillar fixed mount (12) of guide bar (29) and be connected to prover pipe (26).
Described prover pipe (26) is combined with transfer tube (25) at two ends throughly, install to regulate desired position, in the upside of transfer tube (25), set bolt (27) is installed, make it possible to be fixed position, at the end of described transfer tube (25), to lower side to being provided with connecting plate (24).
At the downside end of described connecting plate (24), rotating shaft (83) through installation revolvably, stationary cylinder (84) is connected with at the rear of described rotating shaft (83), the swivel plate (85) being positioned at described rotating shaft (83) front is made to support the side (33,33a) of buoy (30) and rotate.
Fig. 7 is the front view of buoy of the present invention, the front partial cut away figure of Fig. 8 to be the front partial cut away figure of the state of welding laminated film in buoy main body of the present invention, Fig. 9 be buoy completion status of the present invention.
Shaping with foamed polystyrene, 2 are engaged form cylindrical shape, to form hollow in inside, or be shaped to the two ends of columnar foamed polystyrene main body (31), form the groove (32) being used for fixing rope, in the outside of described groove (32), form the side (33,33a) circularly forming arc.
Accommodating layer press mold (60) on the external diameter of described foamed polystyrene main body (31), along main body (31) and groove (32) bending, so shaping that to be integrally formed type.
Make described laminated film (60) cover with side (50) engage respectively fixing after, (50) stacked part is covered along laminated film (60) and side, welding laminated film (60) and side is made to cover the synthetic resin raw material molten homogeneous of (50), molten synthetic resin is fed to weld portion (70), circumferentially, finish up by means of welding, form buoy (30).
The present invention of formation like this uses synthetic resin, while supply has the film (51) of 0.3 ~ 1.5mm thickness, woven line (52) is supplied between described film of synthetic resin (51), attached with pressure by 80 ~ 140 DEG C of heating, form the laminated film (50) of 3 weight structures.
Described laminated film (50) carries out first time supply, both-side ends is rolled into rounded form, and intersection molten synthetic resin welding, is shaped to cylindrical shape, to wrap up main body (31), coating adhesive (53) on internal diameter also cools.
Supply described laminated film (50), make the main body (31) of wrapping up buoy (30), the buoy back shaft (16) of arrangement for adjusting height (10) is subject to the guiding of axle guide bracket (14), transfer protrude from the inside of heating furnace (40), put buoy (30) and support.
Described arrangement for adjusting height (10) use be incorporated into pillar (11) height regulating (13) and after being adjusted to desired height, the bolt in outside is utilized to be fixed, by the guide bracket transfer shaft (17) of through shaft guide (15), determine the position of axle guide bracket (14), after the position decision of axle guide bracket (14); buoy back shaft (16) through shaft guide bracket (14) is also shifted inner side onto and determines position, thus makes it possible to be arranged the position can supplying buoy (30) by arrangement for adjusting height (10).
Described heating furnace (40) makes the heat of supply 115 ~ 145 DEG C, drive hydraulic cylinder (28), because the decline of cylinder axle (28a) is moved, control buoy whirligig (20) and fixing device for buoy (80), make swivel plate (23a, 85) consistent with side (33, the 33a) center of buoy (30).
If buoy whirligig (20) is mobile with fixing device for buoy (80), then due to the two ends in prover pipe (26), through pillar fixed mount (12) and be connected with guide bar (29), what be thus stably guided through that hydraulic cylinder (28) carries out moves up and down.
After control buoy whirligig (20) and fixing device for buoy (80), be installed on two ends transfer tube (25) with making through prover pipe (26) moves to the inside, be placed on the two ends of the buoy (30) on buoy back shaft (16), make side (33,33a) with swivel plate (23a, 85) contact, utilize set bolt (27) to make transfer tube (25) be fixed on prover pipe (26).
Described swivel plate (23a, 85) after two end supports buoy (30), if drive the stationary cylinder (84) of fixing device for buoy (80), rotating shaft (83) is advanced, so, the swivel plate (85) being positioned at rotating shaft (83) front advances, and the side (33,33a) of buoy (30) is fixed.
After fixed buoy described above (30), buoy back shaft (16) is retreated from axle guide bracket (14), drive motor (21), by chain (22), rotating shaft (23) is rotated, thus while swivel plate (23a) rotates, buoy (30) is rotated to a direction.
While buoy (30) rotates, by means of the heat of 115 ~ 145 DEG C that heating furnace (40) is supplied, make adhesive (53) melting on laminated film (50) internal diameter, if interrupt the heat supply of heating furnace (40), so while cooling, by adhesive (53), the main body (31) of buoy (30) and laminated film (50) welding are integrally fixed type.
After laminated film (50) is integrally fixed on main body (31), buoy back shaft (16) is advanced, unclamp set bolt (27), transfer tube (25) is transferred laterally from prover pipe (26), after swivel plate (23a) is separated, remove the buoy (30) on buoy back shaft (16).
As mentioned above, make laminated film (50) integral welding after main body (31), side is utilized to cover (60) parcel side (33,33a), be fused into one-piece type in the fusion splicing devices of side, (60) crossing main body (31) or side (33 is covered with side along laminated film (50), 33a) supply molten synthetic resin, carry out welding and finishing up, make to be integrally formed shape type together with weld portion (70).
As mentioned above, buoy (30) covers (50) and laminated film (60) by side, under the state exposed, anti-sunlight is very capable, by being inserted in the woven line between film, intensity is improved, even if provide long-time use to be also not easy the advantage of corroding or damaging, surface unusual light, shellfishes etc. cannot fully adhere to, and thus prevent perching of shellfish etc., even if shellfish attachment also can easily be separated, and light, carrying and management are easily.
In addition, due to smooth surface, even if great waves collide, buoy (30) is not caused and especially affect yet, can breakage be prevented, when a part damage or laminated film (60) or side cover (50) be separated time, cover layer press mold (60) also heats again, by shrinking, can keep in repair easily and re-use.
Below by accompanying drawing and Fig. 9, describe fitst water embodiment of the present invention in detail.
[embodiment 1]
A. foamed polystyrene main body manufacturing step (S1)
Supply foamed polystyrene, forms the groove (32) that can bundle rope at two ends by foaming, manufacture the foamed polystyrene main body (31) that both-side ends has round sides (33,33a).
B. film manufacturing step (S2)
Supply film of synthetic resin (51) and woven line (52) and film of synthetic resin (51) successively, the temperature being heated to 80 ~ 140 DEG C is carried out lamination and manufactures film.
C. laminated film manufacturing step (S3)
Film is blocked into the length can wrapping up main body (31), in the part that the both-side ends of film intersects, molten synthetic resin is utilized to carry out welding, make to form cylindrical shape, sprayer is utilized to supply adhesive (53) at the internal diameter of film, make to be uniformly distributed in whole face, fabrication layer press mold (50).
D. laminated film welding preparation process (S4)
Accommodating layer press mold (50), to wrap up the main body (31) of buoy (30), buoy (30) is fed to the upper rear flank of buoy back shaft (16) of arrangement for adjusting height (10), drive the hydraulic cylinder (28) of buoy whirligig (20), cylinder axle (28a) makes prover pipe (26) decline, make swivel plate (23a) and side (33, center 33a) is consistent, transfer tube (25) is transferred, swivel plate (23a) fixes side (33, 33a), under the state utilizing set bolt (27) to make transfer tube (25) be fixed on prover pipe (26), drive the stationary cylinder (84) of fixing device for buoy (80), rotating shaft (83) is advanced, the swivel plate (85) in front makes side (33, 33a) stable fixing.
E. laminated film welding step (S5)
Make the side (33 of buoy (30), 33a) after fixing, due to the driving of electromotor (21), along with chain (22) makes rotating shaft (23) rotate, so, while swivel plate (23a) makes buoy (30) rotate to a direction, the temperature of supply 115 ~ 145 DEG C in heating furnace (40), adhesive (53) melting because of thermal source, laminated film (50) and main body (31) are fused into one-piece type.
F. laminated film and side cover welding step (S6)
To side (33,33a) supply side face shield (60), welding is made to be integrally fixed after type, the part of covering (60) end crossing with side along laminated film (50) supplies molten synthetic resin, to be made the method be welded together with weld portion (70) fix by welding, form buoy (30).
[industrial utilizes possibility]
The present invention wraps up the main body of buoy with laminated film and rotates, by means of heating, welding is fixed, and makes with adhesive to be that medium is formed one-piece type, in laminated film and side cover intersection, finished up by welding, thus provide the exceedingly useful invention manufacturing buoy.
Claims (5)
1. the main body fusion splicing devices of a maqting type buoy used for aquiculture, described buoy (30) forms the side (33 of rounded protrusion in the both-side ends of the main body (31) defining groove (32) along two ends, 33a), the main body fusion splicing devices of described buoy carries out welding to described buoy (30), it is characterized in that, comprising:
Arrangement for adjusting height (10), the through pillar (11) formed in both sides of its height regulating (13), in described height regulating (13) upper formation axle guide (15), at guide bracket transfer shaft (17) end connecting axle guide bracket (14) of through described axle guide (15), in described axle guide bracket (14), buoy back shaft (16) connects throughly;
Buoy whirligig (20), its hydraulic cylinder (28) is erectly installed on the pillar fixed mount (12) connecting described pillar (11) upside, transfer tube (25) is through along prover pipe (26) two ends be connected with the cylinder axle (28a) of described hydraulic cylinder (28), the connecting plate (24) connected on the downside of the through one end in described transfer tube (25) of rotating shaft (23), on described rotating shaft (23), one end is connected with swivel plate (23a), and the other end is connected with electromotor (21) by chain (22);
Fixing device for buoy (80), it does not install connecting plate (24) downside in the direction of buoy whirligig (20) in described transfer tube (25), in rotating shaft (83) front be connected with stationary cylinder (84), fixing rotating panel (85), side (33,33a) is fixed;
Heating furnace (40) is installed between described pillar (11), to heat buoy (30), makes laminated film (50) integral welding in main body (31).
2. the main body fusion splicing devices of maqting type buoy used for aquiculture according to claim 1, is characterized in that,
Described arrangement for adjusting height (10) comprising: guide bracket transfer shaft (17), it is through at the upper axle guide (15) formed of height regulating (13), the through pillar (11) formed in both sides of described height regulating (13);
Axle guide bracket (14), it is connected to the end of described guide bracket transfer shaft (17);
In described axle guide bracket (14), 2 buoy back shafts (16) connect respectively throughly, to put buoy (30).
3. the main body fusion splicing devices of maqting type buoy used for aquiculture according to claim 1, is characterized in that,
Described buoy whirligig (20) comprising: prover pipe (26), it is connected with the cylinder axle (28a) of hydraulic cylinder (28), and described hydraulic cylinder (28) is erectly installed on the pillar fixed mount (12) connecting pillar (11) upside;
Transfer tube (25), it is through at described prover pipe (26) two ends, is provided with set bolt (27) in upside;
Connecting plate (24), it is connected to the downside of described transfer tube (25);
On the rotating shaft (23) of through described connecting plate (24), one end is connected with the side (33 making buoy (30), 33a) to fix and the swivel plate rotated (23a), the other end is connected with electromotor (21) by chain (22), transmits revolving force.
4. the main body fusion splicing devices of maqting type buoy used for aquiculture according to claim 1, is characterized in that,
Described fixing device for buoy (80) is, stationary cylinder (84) is connected to the rotating shaft (83) of through connecting plate (24), described connecting plate (24) connects from the transfer tube (25) of through prover pipe (26) to downside, rotating shaft (83) is connected to the swivel plate (85) that the side (33,33a) of buoy (30) is fixed.
5. the main body welding process of a segmentation maqting type buoy used for aquiculture, in the manufacture method of buoy, comprise supply foamed polystyrene, formed the groove (32) that can bundle rope at two ends by foaming, manufacture the foamed polystyrene main body manufacturing step (S1) that both-side ends has the main body (31) of round sides (33,33a); Supply the film that is made up of synthetic resin, parcel main body (31) and the type that is integrally fixed, for the manufacture method of described buoy, it is characterized in that, comprising:
Film manufacturing step (S2), supply film of synthetic resin (51) and woven line (52) and film of synthetic resin (51) successively, the temperature being heated to 80 ~ 140 DEG C is carried out lamination and manufactures film;
Laminated film manufacturing step (S3), described film blocks into the length can wrapping up main body (31), in the part that the both-side ends of film intersects, molten synthetic resin is utilized to carry out welding, make to form cylindrical shape, utilize sprayer to supply adhesive (53) at the internal diameter of film, make to be uniformly distributed in whole face, fabrication layer press mold (50);
Laminated film welding preparation process (S4), supply described laminated film (50), to wrap up the main body (31) of buoy (30), buoy (30) is fed to the upper rear flank of buoy back shaft (16) of arrangement for adjusting height (10), drive the hydraulic cylinder (28) of buoy whirligig (20), cylinder axle (28a) makes prover pipe (26) decline, make swivel plate (23a) and side (33, center 33a) is consistent, transfer tube (25) is transferred, swivel plate (23a) fixes side (33, 33a), under the state utilizing set bolt (27) to make transfer tube (25) be fixed on prover pipe (26), drive the stationary cylinder (84) of fixing device for buoy (80), rotating shaft (83) is advanced, the swivel plate (85) in front is to side (33, 33a) be fixed,
Laminated film welding step (S5), the side (33 of described buoy (30), 33a) after fixing, due to the driving of electromotor (21), along with chain (22) makes rotating shaft (23) rotate, so, while swivel plate (23a) makes buoy (30) rotate to a direction, the temperature of supply 115 ~ 145 DEG C in heating furnace (40), adhesive (53) melting because of thermal source, laminated film (50) and main body (31) are fused into one-piece type; And
Laminated film and side cover welding step (S6), to described side (33,33a) supply side face shield (60), welding is made to be integrally fixed after type, the part of covering (60) end crossing with side along laminated film (50) supplies molten synthetic resin, to be made the method be welded together with weld portion (70) be fixed by welding, form buoy (30).
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| KR10-2014-0048097 | 2014-04-22 | ||
| KR20140048097A KR101501694B1 (en) | 2014-04-22 | 2014-04-22 | Junction buoy for aquaculture and how the body welding machine |
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| CN105165753A true CN105165753A (en) | 2015-12-23 |
| CN105165753B CN105165753B (en) | 2017-09-22 |
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| CN201510193047.9A Active CN105165753B (en) | 2014-04-22 | 2015-04-22 | The main body fusion splicing devices and its method of maqting type buoy used for aquiculture |
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Cited By (1)
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| CN108430774A (en) * | 2015-12-22 | 2018-08-21 | 株式会社Posco大宇 | Bonded type laminated cores manufacturing device |
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| KR20170001016U (en) | 2015-09-09 | 2017-03-17 | 황인균 | Buoy having reinforcement structure for increasing pressure resistant |
| KR101624681B1 (en) * | 2015-10-20 | 2016-06-07 | (주) 태광 | The method and device aspects of green welding buoy |
| KR101600524B1 (en) * | 2015-10-20 | 2016-03-07 | (주) 태광 | The method and apparatus using styrofoam Home coated coating-type cylindrical sleeve junction for buoys |
| KR101653730B1 (en) * | 2015-10-20 | 2016-09-09 | (주) 태광 | As a coating method and apparatus using a cylindrical sleeve junction type styrofoam coating for buoys |
| KR101845314B1 (en) * | 2017-08-24 | 2018-04-04 | 주영테크 주식회사 | Eco buoy cylindrical sleeve coating apparatus |
| KR101893524B1 (en) * | 2018-04-26 | 2018-08-31 | 대한민국 | Automatic harvesting equipment of Upogebia. |
| KR102180870B1 (en) * | 2020-06-08 | 2020-11-19 | 박찬역 | Manufacturing method of float for marine culture |
| KR102176311B1 (en) * | 2020-08-06 | 2020-11-09 | 홍병준 | Manufacturing method of buoy and buoy using the same |
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| KR101501694B1 (en) | 2015-03-17 |
| CN105165753B (en) | 2017-09-22 |
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