CN105172124A - Junction buoy for aquaculture and the side of the body welding apparatus and method - Google Patents
Junction buoy for aquaculture and the side of the body welding apparatus and method Download PDFInfo
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- CN105172124A CN105172124A CN201510193027.1A CN201510193027A CN105172124A CN 105172124 A CN105172124 A CN 105172124A CN 201510193027 A CN201510193027 A CN 201510193027A CN 105172124 A CN105172124 A CN 105172124A
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- buoy
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- Lining Or Joining Of Plastics Or The Like (AREA)
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Abstract
The present invention relates to a body and side welding apparatus of a junction buoy for aquaculture and a method thereof. And more specifically, the body and side welding apparatus of a junction buoy for aquaculture is to integrally bond a cylindrical body and side of the buoy using an adhesive which is supplied to the internal side of a lateral cap and the inner circumference of a pasteboard film with the heating, by surrounding the pasteboard film and the lateral cap to weld and finish the bonded part. The present invention relates to the body and side welding apparatus of the buoy to bond the buoy formed with the side to protrude to be round on an end of the body which forms a curved groove on both sides, and the body of the buoy with the pasteboard film and to bond the side with the lateral cap.
Description
Technical field
The present invention relates to the main body of maqting type buoy used for aquiculture and side fusion splicing devices and method thereof, more specifically, on the cylindrical-shaped main body relating to a kind of buoy being made up of foamed polystyrene or synthetic resin and side, wrap up and being covered by the laminated film of film of synthetic resin and woven line lamination and side, by means of heat and utilize the adhesive supplied inside laminated film internal diameter and side and be fused into one-piece type after, make it possible to carry out welding and the main body of maqting type buoy used for aquiculture finished up and side fusion splicing devices and method thereof along described laminated film and side cover intersection.
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 and the side fusion splicing devices that provide 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 the film of lamination is carried out to film of synthetic resin and woven line and forms laminated film and side is covered, cover described laminated film and side is covered, make anti-sunlight ability strong, make the main body of laminated film and buoy, after side cover is integrally formed type with the side of buoy, be borrowed in welding and described laminated film and side cover intersection are finished up.
(means of dealing with problems)
The present invention relates to the buoy forming the side of rounded protrusion in the both-side ends of the main body defining groove along two ends, utilize laminated film to carry out welding to the main body of described buoy and utilize side to cover the main body and the side fusion splicing devices that side are carried out to the buoy of welding, it is characterized in that, comprise: apparatus for adjusting position, it is in the pillar of both sides, at the two ends, upside of the fixed mount being connected to downside, height adjusting screw rod is installed, height regulating frame is connected to described height adjusting screw rod, buoy bracing frame utilizes the height being installed on described height regulating frame to regulate cylinder to regulate height,
Buoy whirligig, it is installed on described pillar side, utilizes the power of the motor be installed on the upside of transfer frame, the rotating shaft connected is rotated, be provided with armature at described rotation the tip of the axis with chain;
Fixing device for buoy, it is installed with buoy whirligig opposite to each other in the side of described pillar, and the cylinder axle being installed on the distance adjustment cylinder on the upside of distance transfer frame is provided with armature;
Heat sealing machine, between its armature at described buoy whirligig and armature of fixing device for buoy, from nozzle supply molten synthetic resin, at the described side cover end that laminated film both-side ends and the side cover of buoy intersect, carry out welding along weld portion.
The present invention relates to the manufacture method of buoy, comprise this foamed polystyrene of supply, 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 foamed polystyrene main body of round sides; Wrap film in described main body and side, is fused into one-piece type, for the welding process of described buoy, it is characterized in that, comprising:
Laminated film manufacturing step, supplies the film and woven line that are made up of synthetic resin and the film be made up of synthetic resin successively, and the temperature being heated to 80 ~ 140 DEG C carries out lamination and fabrication layer press mold;
Laminated film adhesive spray step, make described synthetic resin film and woven line stacked and after fabrication layer press mold, in a side of described laminated film by spraying supply main body adhesive, make to be uniformly distributed in whole face;
Side cover manufacturing step (S4), described synthetic resin film and woven line and synthetic resin film are heated to the temperature of 80 ~ 140 DEG C and make lamination, with spraying to shaping that there is supply side, cover inner side, the side adhesive that can cover and protect the size and geometric of side, make to be uniformly distributed on whole face;
Laminated film overlay film step, is wrapped in described laminated film the external diameter of foamed polystyrene main body, supplies the temperature of 115 ~ 145 DEG C and press, the melting of main body adhesive in outside, and parcel foamed polystyrene main body, is fused into one-piece type;
Side covers film step, described side cover is fed to side mask fixing device, foamed polystyrene main body is pressed while being heated to 115 ~ 145 DEG C, due to the thermal source of heating, side adhesive melting, side cover is fused into one-piece type with side, and thus at the two ends of foamed polystyrene main body, a part for cover parcel side, side and laminated film is also fixing;
The preparation supply step of buoy, is put into described buoy on the buoy bracing frame of apparatus for adjusting position, drives and highly regulate cylinder in height regulating frame, be supplied to and can support and the height rotated at buoy two ends;
The whirligig setting steps of buoy, arranges buoy whirligig, the transfer frame being connected to transfer guide bracket is moved back and forth, makes armature can support the side of buoy and rotate;
The fixture setting steps of buoy, arranges fixing device for buoy, and the distance transfer frame being connected to transfer fixed mount is moved back and forth, make armature can support the side of buoy, drive distance adjustment cylinder, cylinder axle advances, make armature can fixed buoy side and rotate;
Heat sealing machine setting steps, makes the welding fixed mount of heat sealing machine transfer and fix, and utilize posetionof weld screw rod to regulate the height of nozzle, rotary handle, makes decelerator move, and makes laminated film and side cover crossing weld portion consistent; And
Laminated film and side cover welding step, utilize the driving force of motor, described buoy rotated in buoy whirligig, covers crossing part along laminated film with side, from nozzle supply molten synthetic resin, carries out welding, thus form buoy along weld portion.
(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, utilize the film by synthetic resin film and woven line lamination, form laminated film and side cover, make owing to being formed with synthetic resin material, anti-sunlight ability is strong, hardness is strengthened, described laminated film is shaped to cylindrical shape, after internal diameter supply adhesive, columnar laminated film is covered in main body, a bodily form type is fused into by means of heating, after side covers on inner supply adhesive, be fed to the side, two ends of buoy, welding is integrally fixed after type, crossing part is covered with side at described laminated film, molten synthetic resin is enclosed around supply one, finish up by means of welding, prevent because great waves impact the firm buoy of the damage caused by this, the effect making it possible to Long-Time Service is provided.
The present invention is with the main body of laminated film parcel buoy, with side cover to side, two ends carry out welding fixing after, cover crossing part at laminated film with side, prevent entering and perching of seawater and microorganism and fish shellfish by means of welding, the effect stably performing the original task of buoy is provided.
Accompanying drawing explanation
Fig. 1 is the front view of display the preferred embodiments of the present invention.
Fig. 2 is the front view showing as-welded of the present invention.
Fig. 3 is the front view of apparatus for adjusting position of the present invention.
Fig. 4 is the front view of buoy whirligig of the present invention.
Fig. 5 is the front view of fixing device for buoy of the present invention.
Fig. 6 is the major part enlarged front view of heat sealing machine of the present invention.
Fig. 7 is the major part enlarged side view of heat sealing machine of the present invention.
Fig. 8 is the front view of buoy of the present invention.
Fig. 9 is the main body of buoy of the present invention and the front view of side as-welded.
Figure 10 is the front view of the completion status showing buoy of the present invention.
Figure 11 is the block diagram of the manufacture method showing welding buoy of the present invention.
[symbol description]
10: apparatus for adjusting position 11: fixed mount
12: height adjusting screw rod 13: nut
14: height regulating frame 15: highly regulate cylinder
16: leading axle 17: buoy bracing frame
20: buoy whirligig 21: transfer guide bracket
22: transfer frame 23: motor
24: chain 25: rotating shaft
26,35: armature 30: fixing device for buoy
31: transfer fixed mount 32: distance transfer frame
33: distance adjustment cylinder 34: cylinder axle
40: heat sealing machine 41: welding transfer frame
42: tooth bar 43: decelerator
44: handle 45: welding fixed mount
46: welding link 47: posetionof weld screw rod
48: posetionof weld nut 49: nozzle
50: melting supply 51: material supply pipe
60; Pillar 70: buoy
71: main body 72: groove
73: side 80: laminated film
81: synthetic resin film 82: woven line
83: adhesive 90: side is covered
91: side adhesive 95: weld portion.
Detailed description of the invention
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 display the preferred embodiments of the present invention, and Fig. 2 is the front view showing as-welded of the present invention.
Comprise: apparatus for adjusting position (10), it utilizes 2 pillars (60) to be installed on downside respectively at two ends, control the height of height regulating frame (14), the height of described height regulating frame (14) provides the position of laying buoy (70);
Buoy whirligig (20), it is installed on certain side in the left side of described pillar (60) and right side, and adjustment width, makes the side of buoy (70) (73) fix and rotate;
Fixing device for buoy (30), itself and described buoy whirligig (20) are installed opposite to each other, regulate overall width, regulate trickle width by means of distance adjustment cylinder (33), make the side of buoy (70) (73) fix and rotate;
Heat sealing machine (40), it is installed on the upside of described pillar (60), laminated film (80) in buoy (70) covers (90) crossing part and supplies molten synthetic resin with side, make weld portion (95) welding.
Fig. 3 shows the front view of apparatus for adjusting position of the present invention, apparatus for adjusting position (10) is being fixed on the pillar (60) of both sides and on the fixed mount (11) protruded to the inside, height adjusting screw rod (12) is erectly installed, in the height regulating frame (14) that described height adjusting screw rod (12) is through, by nut (13), the height of adjustment is fixed.
Be provided with in the central authorities of described height regulating frame (14) and highly regulate cylinder (15), buoy bracing frame (17) is connected with at the cylinder shaft end of upside, at the two ends of height regulating frame (14), leading axle (16) and buoy bracing frame (17) link together, regulate the height to the buoy bracing frame (17) that buoy (70) supports, be configured and automatically can realize welding.
Fig. 4 shows the front view of buoy whirligig of the present invention, the transfer guide bracket (21) of buoy whirligig (20) is fixed on certain part in the left side of pillar (60) and right side, transfer frame (22) is incorporated into described transfer guide bracket (21), width is moved left and right, in the upside of described transfer frame (22), motor (23) connects to make rotating shaft (25) rotate by chain (24), in the front of described rotating shaft (25), be provided with and make it possible to contact and the armature rotated (26) with the side of buoy (70) (73).
Fig. 5 shows the front view of fixing device for buoy of the present invention, the transfer fixed mount (31) of fixing device for buoy (30) is installed on the direction, side of pillar (60), be fixed on and buoy whirligig (20) position in opposite directions, distance transfer frame (32) is incorporated into transfer fixed mount (31), width is moved left and right, distance adjustment cylinder (33) is fixed with in the upside of described distance transfer frame (32), in the front of cylinder axle (34), armature (35) is installed, make it possible to contact with the side of buoy (70) (73) and rotate.
Fig. 6 is the major part enlarged front view of heat sealing machine of the present invention, and Fig. 7 shows the major part enlarged side view of heat sealing machine of the present invention.
Heat sealing machine (40) is at welding transfer frame (41) two ends being interconnected pillar (60), the welding fixed mount (45) moved back and forth is installed respectively, decelerator (43) moves back and forth on the tooth bar (42) being installed on described welding fixed mount (45), handle (44) is connected to described decelerator (43), on the welding link (46) protruded from described welding fixed mount (45), by posetionof weld nut (48), the position of through posetionof weld screw rod (47) is fixed.
Nozzle (49) is connected with in the downside of described posetionof weld screw rod (47), on described nozzle (49), material supply pipe (51) is connected with melting supply (50), installs to weld portion (95) supply molten synthetic resin.
Fig. 8 is the front view of buoy of the present invention, and Fig. 9 is the main body of buoy of the present invention and the front view of side as-welded, and Figure 10 is the front view of the completion status showing buoy of the present invention.
Laminated film (80) is formed as cylindrical shape, alongst welding and manufacturing, and makes it possible to the foamed polystyrene main body (71) of wrapping up buoy (70), engages formed one-piece type with main body (71).
Described laminated film (80) be make to weave there is tartan line (82) be positioned at film of synthetic resin (81) 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 (71) length, welding both-side ends is to have cylindrical shape, on the internal diameter of described laminated film (80), with spray method coated sides adhesive (83).
Laminated film (80) is incorporated into the external diameter of described foamed polystyrene main body (71), after being heated to the temperature of 115 ~ 145 DEG C, is made by side adhesive (91) to be fused into one-piece type.
Time laminated film described in welding (80), the upside of the pillar (11) erectly installed at two ends is connected by pillar fixed mount (12).
Shaping with foamed polystyrene, 2 are engaged become cylindrical shape, to form hollow in inside, or be shaped to the two ends of columnar foamed polystyrene main body (71), form the groove (72) being used for fixing rope, in the outside of described groove (72), form the side (73) circularly forming arc.
Accommodating layer press mold (80) on the external diameter of described foamed polystyrene main body (71), along main body (71) and groove (72) bending, so shaping that to be integrally formed type.
Make described laminated film (80) cover with side (90) engage respectively fixing after, (90) stacked part is covered along laminated film (80) and side, formation laminated film (80) and side is made to cover the synthetic resin raw material molten homogeneous of (90), molten synthetic resin is supplied to weld portion (95), circumferentially, finish up by means of welding, form buoy (70).
The present invention of formation like this uses synthetic resin, while supply has the film (81) of 0.3 ~ 1.5mm thickness, woven line (82) is supplied between described film of synthetic resin (81), attached with pressure by 80 ~ 140 DEG C of heating, form the laminated film (80) of 3 weight structures.
Described laminated film (80) carries out first time supply, make both-side ends be rolled into rounded form, intersection molten synthetic resin welding, is shaped to cylindrical shape, to wrap up main body (71), coating adhesive (83) on internal diameter also cools.
Supply described laminated film (80), make the main body (71) of wrapping up buoy (70), supply the heat of 115 ~ 145 DEG C, make with the adhesive of internal diameter (83) as medium is integrally fixed type, at side (73) two ends supply side face shield (90) of buoy (70), by means of the heat of 115 ~ 145 DEG C, make with the side adhesive (91) of inside as medium is integrally fixed type.
As mentioned above, laminated film (80) covers side the order that (90) are fixed on side (73) after being fixed on the main body (71) of buoy (70), even if mutually change also harmless, complete as mentioned above fixing after, buoy (70) is put on the buoy bracing frame (17) of apparatus for adjusting position (10).
Buoy (70) is being put into after on buoy bracing frame (17), make highly to regulate cylinder (15) to drive, regulate buoy bracing frame (17) height, make consistent with armature (26) center after stop.
Now, apparatus for adjusting position (10) drives and highly regulates cylinder (15), regulate the height of buoy bracing frame (17), the leading axle (16) of both sides guides transfer, utilize the height adjusting screw rod (12) of downside, by nut (13), freely regulate the height of height regulating frame (14), make it possible to the buoy (70) of the multiple size of welding.
After have adjusted the height of described buoy (70), under the state that the transfer frame (22) of buoy whirligig (20) is incorporated into transfer guide bracket (31), can move back and forth in left-right direction, thus transfer frame (22) is made to transfer, regulate contact buoy (70) side (73) after, make transfer frame (22) by not shown nut be fixed on transfer guide bracket (21).
Use buoy whirligig (30), regulate consistent with side (73) after, under the state that distance transfer frame (32) of fixing device for buoy (30) is incorporated into transfer fixed mount (31), can move back and forth along left and right directions, thus distance transfer frame (32) transfer is made, regulate contact buoy (70) side (73) after, make distance transfer frame (32) by not shown nut be fixed on transfer fixed mount (31).
Now, the distance adjustment cylinder (33) of buoy whirligig (30) is driven, cylinder axle (34) advances, and armature (35) makes the side of buoy (70) (73) fix revolvably.
After the supply of described buoy (70) terminates, make highly to regulate cylinder (15) to drive, buoy bracing frame (17) declines, and makes to be separated with buoy (70).
As mentioned above after buoy whirligig (30) supply buoy (70), make the transfer in welding transfer frame (41) of the welding fixed mount (45) of heat sealing machine (40), nozzle (49) is made to move to the position of welding, after using nut to make position fixing, rotary handle (44), power slows down in decelerator (43), can move back and forth to required direction in tooth bar (42), thus, the heat sealing machine (40) being undertaken moving back and forth by decelerator (43) makes nozzle (49) move to laminated film (80) accurate location crossing with welding cover (90).
On the welding link (46) being connected to described welding fixed mount (45), posetionof weld screw rod (47) is through and by posetionof weld nut (48) and connecting, thus make it possible to the height arranging nozzle (49) exactly.
After completing the arranging of heat sealing machine (40) as mentioned above, melting supply (50) is driven, molten synthetic resin is made to be fed to nozzle (49) by material supply pipe (51), the motor (23) of buoy whirligig (20) makes rotating shaft (25) rotate by chain (24), so, at armature (26, 35) side (73) is clamped and while rotating at leisure, by the molten synthetic resin supplied from nozzle (49), the part welding one that weld portion (95) and laminated film (80) cover (90) crossing with side is enclosed, complete the weld job of buoy (70).
As mentioned above; buoy (70) is under the state exposed by side cover (90) and laminated film (80), and anti-sunlight is very capable, by the woven line inserted between film; hardness is improved; even if provide long-time use to be also not easy the advantage of corroding or damaging, surperficial unusual light, shellfish etc. cannot fully adhere to; thus prevent perching of shellfish etc.; even if shellfish attachment also can easily be separated, and light, and carrying and management are easily.
In addition, due to smooth surface, even if great waves collide, buoy (70) is not caused and especially affect yet, breakage can be prevented, when part damage or laminated film (80) or side cover (90) are separated, cover layer press mold (80) by by means of the contraction of again heating, can keep in repair easily and re-use.
Below by accompanying drawing and Figure 11, 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 (72) that can bundle rope at two ends by foaming, manufacture the foamed polystyrene main body (71) that both-side ends has round sides (73).
B. laminated film manufacturing step (S2)
Supply the film (81) and woven line (83) that are made up of synthetic resin and the film (81) be made up of synthetic resin successively, the temperature being heated to 80 ~ 140 DEG C carries out lamination and fabrication layer press mold (80).
C. laminated film adhesive spray step (S3)
Make synthetic resin film and woven line (83) stacked and after fabrication layer press mold (80), in a side of described laminated film (80) by spraying supply main body adhesive (83), make to be uniformly distributed in whole face.
D. side cover manufacturing step (S4)
Described synthetic resin film (81) and woven line (83) and synthetic resin film (81) are heated to the temperature of 80 ~ 140 DEG C and make lamination; with sprayer to shaping that there is inner side supply side adhesive, side cover (90) (91) that can cover and protect the size and geometric of side (83), make to be uniformly distributed on whole face.
E. laminated film overlay film step (S5)
Laminated film (80) is wrapped in the external diameter of foamed polystyrene main body (71), supply the temperature of 115 ~ 145 DEG C in outside and press, main body adhesive (83) melting, parcel foamed polystyrene main body (71), performs the overlay film of the type that is integrally bonded.
F. side covers film step (S6)
(90) are covered in side and is fed to side mask fixing device, foamed polystyrene main body (71) is pressed while being heated to 115 ~ 145 DEG C, due to the thermal source of heating, side adhesive (91) melting, side cover (90) and side (73) are fused into one-piece type, thus at the two ends of foamed polystyrene main body (71), side cover (90) parcel side (73) is also fixing with a part for laminated film (80).
G. preparation supply step (S7) of buoy
Buoy is put on the buoy bracing frame of apparatus for adjusting position, drives in height regulating frame and highly regulate cylinder, be supplied to and can support and the height rotated at buoy two ends.
H. the whirligig setting steps (S8) of buoy
Buoy whirligig is set, the transfer frame being connected to transfer guide bracket is moved back and forth, makes armature can support the side of buoy and rotate.
I. the fixture setting steps (S9) of buoy
Arrange fixing device for buoy, the distance transfer frame making to be connected to transfer fixed mount moves back and forth, and make armature can support the side of buoy, drive distance adjustment cylinder, cylinder axle advances, make armature can fixed buoy side and rotate.
J. heat sealing machine setting steps (S10)
Make the welding fixed mount of heat sealing machine transfer and fix, utilize posetionof weld screw rod to regulate the height of nozzle, rotary handle, makes decelerator move, and makes laminated film and side cover crossing weld portion consistent.
K. laminated film and side cover welding step (S11)
Utilize the driving force of motor, buoy is rotated in buoy whirligig, covers crossing part along laminated film with side, from nozzle supply molten synthetic resin, carry out welding along weld portion, thus form buoy.
[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 to be formed one-piece type, in laminated film and side cover intersection with side adhesive for medium, finished up by welding, thus provide the exceedingly useful invention manufacturing buoy.
Claims (6)
1. the main body of a maqting type buoy used for aquiculture and side fusion splicing devices, described buoy (70) forms the side (73) of rounded protrusion in the both-side ends of the main body (71) defining groove (72) along two ends; the main body of buoy and side fusion splicing devices utilize the main body (71) of buoy (70) described in laminated film (80) welding; utilize side to cover (90) welding side (73); to it is characterized in that, comprising:
Apparatus for adjusting position (10), in its pillar in both sides (60), at the two ends, upside of the fixed mount (11) being connected to downside, height adjusting screw rod (12) is installed, height regulating frame (14) is connected to described height adjusting screw rod (12), and buoy bracing frame (17) utilizes the height being installed on described height regulating frame (14) to regulate cylinder (15) to regulate height;
Buoy whirligig (20), it is installed on described pillar (60) side, utilization is arranged on the power of the motor (23) of transfer frame (22) upside, the rotating shaft (25) connected with chain (24) is rotated, at the end of described rotating shaft (25), armature (26) is installed;
Fixing device for buoy (30), it is in the side of described pillar (60), install opposite to each other with buoy whirligig (20), the cylinder axle (34) of distance adjustment cylinder (33) being installed on distance transfer frame (32) upside is provided with armature (35);
Heat sealing machine (40), between its armature (26) being positioned at described buoy whirligig (20) and the armature (35) of fixing device for buoy (30), from nozzle (49) supply molten synthetic resin, described side cover (90) end that laminated film (80) both-side ends in buoy (70) and side cover (90) are intersected, carries out welding along weld portion (95).
2. the main body of maqting type buoy used for aquiculture according to claim 1 and side fusion splicing devices, is characterized in that,
Described apparatus for adjusting position (10) is the upside in the fixed mount being installed on both sides pillar (60) (11), for the height regulating frame (14) being through with height adjusting screw rod (12), described height adjusting screw rod (12) and nut (13) is utilized to regulate height, be connected with in described height regulating frame (14) central authorities and highly regulate cylinder (15), to regulate the height of buoy bracing frame (17); And the leading axle (16) running through described height regulating frame (14) two ends is connected with buoy bracing frame (17), steering level regulates cylinder (15) to regulate the height of buoy bracing frame (17).
3. the main body of maqting type buoy used for aquiculture according to claim 1 and side fusion splicing devices, is characterized in that,
Described buoy whirligig (20) comprising: transfer frame (22), and it is installed on the side of pillar (60), reciprocatingly can be connected to transfer guide bracket (21);
Rotating shaft (25), it connects with chain (24), obtains the power of the motor (23) being installed on described transfer frame (22) upside;
Armature (26), it supports at the last end-to-side relation (73) of described rotating shaft (25).
4. the main body of maqting type buoy used for aquiculture according to claim 1 and side fusion splicing devices, is characterized in that,
Described fixing device for buoy (30) comprising: distance transfer frame (32), it is in the side of pillar (60), install opposite to each other with buoy whirligig (20), reciprocally can be connected to transfer fixed mount (31);
Armature (35), it is installed on the cylinder axle (34) of the distance adjustment cylinder (33) installed in the upside of described distance transfer frame (32), is fixed side (73).
5. the main body of segmentation maqting type buoy used for aquiculture according to claim 1 and side fusion splicing devices, is characterized in that,
Described heat sealing machine (40) comprising: welding fixed mount (45), and it reciprocatingly can be installed on welding transfer frame (41) connecting pillar (60);
Decelerator (43), it is incorporated into the tooth bar (42) installed in described welding transfer frame (41) upside;
Posetionof weld screw rod (47), its through welding link (46) being connected to described welding fixed mount (45), utilizes posetionof weld nut to regulate the height of nozzle (49);
Utilize material supply pipe (51) to connect described nozzle (49) and melting supply (50), make molten synthetic resin cover (90) crossing part from the laminated film (80) of buoy (70) with side and be fed to weld portion (95) and carry out welding.
6. the main body of a segmentation maqting type buoy used for aquiculture and side welding process, in 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; Wrap film in described main body and side, is fused into one-piece type, for the welding process of described buoy, it is characterized in that, comprising:
Laminated film manufacturing step (S2), supplies the film and woven line that are made up of synthetic resin and the film be made up of synthetic resin successively, and the temperature being heated to 80 ~ 140 DEG C carries out lamination and fabrication layer press mold;
Laminated film adhesive spray step (S3), make described synthetic resin film and woven line stacked and after fabrication layer press mold, in a side of described laminated film by spraying supply main body adhesive, make to be uniformly distributed in whole face;
Side cover manufacturing step (S4), described synthetic resin film and woven line and synthetic resin film are heated to the temperature of 80 ~ 140 DEG C and make lamination, with spraying to shaping that there is supply side, cover inner side, the side adhesive that can cover and protect the size and geometric of side, make to be uniformly distributed on whole face;
Laminated film overlay film step (S5), is wrapped in described laminated film the external diameter of foamed polystyrene main body, supplies the temperature of 115 ~ 145 DEG C and press, the melting of main body adhesive in outside, and parcel foamed polystyrene main body, is fused into one-piece type;
Side covers film step (S6), described side cover is fed to side mask fixing device, foamed polystyrene main body is pressed while being heated to 115 ~ 145 DEG C, due to the thermal source of heating, side adhesive melting, side cover is fused into one-piece type with side, and thus at the two ends of foamed polystyrene main body, a part for cover parcel side, side and laminated film is also fixing;
Preparation supply step (S7) of buoy, is put into described buoy on the buoy bracing frame of apparatus for adjusting position, drives and highly regulate cylinder in height regulating frame, be supplied to and can support and the height rotated at buoy two ends;
The whirligig setting steps (S8) of buoy, arranges buoy whirligig, the transfer frame being connected to transfer guide bracket is moved back and forth, makes armature can support the side of buoy and rotate;
The fixture setting steps (S9) of buoy, fixing device for buoy is set, the distance transfer frame being connected to transfer fixed mount is moved back and forth, make armature can support the side of buoy, drive distance adjustment cylinder, cylinder axle advance, make armature can fixed buoy side and rotate;
Heat sealing machine setting steps (S10), makes the welding fixed mount of heat sealing machine transfer and fix, and utilize posetionof weld screw rod to regulate the height of nozzle, rotary handle, makes decelerator move, and makes laminated film and side cover crossing weld portion consistent; And
Laminated film and side cover welding step (S11), utilize the driving force of motor, and described buoy is rotated in buoy whirligig, crossing part is covered with side along laminated film, from nozzle supply molten synthetic resin, carry out welding along weld portion, thus form buoy.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR20140048099A KR101495791B1 (en) | 2014-04-22 | 2014-04-22 | Junction buoy for aquaculture and the side of the body welding apparatus and method |
| KR10-2014-0048099 | 2014-04-22 |
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| Publication Number | Publication Date |
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| CN105172124A true CN105172124A (en) | 2015-12-23 |
| CN105172124B CN105172124B (en) | 2017-07-11 |
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| CN201510193027.1A Active CN105172124B (en) | 2014-04-22 | 2015-04-22 | The main body of maqting type buoy used for aquiculture and side fusion splicing devices and its method |
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| CN (1) | CN105172124B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109623988A (en) * | 2018-12-28 | 2019-04-16 | 湖南海鳌鱼具有限公司 | Reed buoy mark height temperature molding machine |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| KR102176311B1 (en) * | 2020-08-06 | 2020-11-09 | 홍병준 | Manufacturing method of buoy and buoy using the same |
| KR102308367B1 (en) * | 2021-03-26 | 2021-10-06 | 한수환 | All-in-one, simultaneous extrusion coating type, eco-friendly buoy and its manufacturing method |
| KR102334125B1 (en) * | 2021-03-26 | 2021-12-03 | 한수환 | An all-in-one, simultaneous extrusion coating system with an eco-friendly buoy coating system and its manufacturing method |
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| KR20020086124A (en) * | 2001-05-11 | 2002-11-18 | 백영만 | machine for welding muffler |
| KR20110125354A (en) * | 2010-05-13 | 2011-11-21 | 박봉헌 | Process for a float coated nonwovev and f.r.p and the float material using the same |
| EP2561948A1 (en) * | 2011-08-24 | 2013-02-27 | Wartmann Technologie AG | Device for and method of manufacturing a flange-tube-flange element using friction stir welding |
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| CN105172124B (en) | 2017-07-11 |
| KR101495791B1 (en) | 2015-02-26 |
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Effective date of registration: 20171113 Address after: Ding Cheng Zhen Ding Fu Road and west two ring road interchange in Hainan province 571221 Ding'an County Patentee after: HAINAN LIANSU TECHNOLOGY INDUSTRIAL CO., LTD. Address before: Shunde Longzhou road Longjiang 528318 Guangdong Liansu industrial village in Foshan Province Patentee before: Liansu Science & Technology Industrial Co., Ltd., Guangdong Prov. |