CN102369896B - Processing method for wind and wave resistance square metal net box - Google Patents
Processing method for wind and wave resistance square metal net box Download PDFInfo
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- CN102369896B CN102369896B CN2010102601419A CN201010260141A CN102369896B CN 102369896 B CN102369896 B CN 102369896B CN 2010102601419 A CN2010102601419 A CN 2010102601419A CN 201010260141 A CN201010260141 A CN 201010260141A CN 102369896 B CN102369896 B CN 102369896B
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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
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- 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
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Abstract
The invention relates to a geometric structure for a wind and wave resistance square metal net box and a processing method thereof. The geometric structure consists of a net box net piece system and a net box framework system and is characterized in that the net box net piece system adopts the combined net piece form of double-layer synthesis fiber net pieces, metal inclined square nets, vertical soft connectors and box body bottom square net pieces, the edge length of a bottom square net piece equals to the edge length of an inner frame of a square double-row zinc plating iron pipe framework, the bottom net piece of a box body of the net box is assembled on a square high-density polyethylene pipe framework through a high-intensity rope, the square high-density polyethylene pipe framework is connected with a second net piece through a high-intensity rope, and the box body side surface net piece of the net box is connected with the box body bottom net piece of the net box, cylindrical foam floats are distributed under the square double-row zinc plating iron pipe framework of the net box framework system, and the upper frame of the square double-row zinc plating iron pipe framework is connected with an upper head line of a first net piece in the vertical direction of the box body of the net box through a high-intensity rope.
Description
Technical field
The present invention relates to wind wave resistance metal wire casing technical field metal wire casing.
Background technology
The wind wave resistance metal wire casing can be divided into circular metal net cage, square metal net cage, spherical metal net cage and polygon metal wire casing by its frame shape.Wind wave resistance square metal net cage has wind wave resistance, boats and ships are stopped the advantages such as convenient, is the important kind of current wind wave resistance metal wire casing.Existing wind wave resistance square metal net cage uses single form metal mesh sheet and net cage with not assembling vertical rete cord on metal mesh sheet.Some problem demanding prompt solutions have been exposed in the evolution of wind wave resistance square metal net cage, wearing and tearing splintering problem as metal framework and network interface position metal mesh sheet, net cage material energy consumption problem, net cage tank-volumes conservation rate problem, net cage system buoyancy conservation rate problem, the problem and wire wear problem each other under net sheet deadweight for metal mesh sheet in service life of net cage frame system, these problems are the art unsolved technical barriers still for a long time, wind wave resistance square metal net cage need to effectively prevent that the wearing and tearing of metal framework and network interface position metal mesh sheet from breaking, reduce wind wave resistance square metal net cage material energy consumption, improve wind wave resistance square metal net cage tank-volumes conservation rate, improve net cage system buoyancy conservation rate, improve the service life of net cage metal frame system, reduce wire wearing and tearing mutually under the deadweight of net sheet for wind wave resistance square metal net cage net sheet, improve the equipment of wind wave resistance square metal net cage, promote wind wave resistance square metal net cage to low-carbon (LC), save energy and reduce the cost and the climate-friendly future development.
Summary of the invention
The structure and the processing method thereof that the purpose of this invention is to provide a kind of wind wave resistance square metal net cage.
Technical scheme of the present invention consists of net cage net sheet system and net cage frame system, it is characterized in that it is that vertical the first width net sheet, metal fence are that vertically being flexible coupling between vertical the second width net sheet, the first width net sheet and the second width net sheet, metal fence or plastic wire sheet are the Combined net sheet form of net cage bottom half with square net sheet that net cage adopts double-deck plastic wire sheet by net sheet system, bottom equals the square double galvanized iron conduit framework inside casing length of side by the square net sheet length of side, the double-deck plastic wire sheet of the first width is that one deck inner diameter of mesh the high strength synthetic fibre knotless net that is 2～5 centimetres and the high strength synthetic fibre that another layer of inner diameter of mesh is 10～30 centimetres are knotted, be stitched into double-deck plastic wire sheet after the equal melt process of two synthetic fibers cutting ends, double-deck plastic wire sheet upper and lower along install two sth. made by twisting after thermal finalization is processed to be " S " to three strands of high strength cords as the upper and lower guiding principle of the first width net sheet, double-deck plastic wire sheet after the dress guiding principle is spliced into to cylindrical shape, splice and sews up and the two ends of rete cord are laterally connected by the method for plant propagation with cutting with the high-strength fishing netting twine during net sheet part cylindrical shape splicing of double-deck plastic wire sheet, double-deck plastic wire sheet partly and rete cord partly carry out after the cylindrical shape splicing just obtaining vertical the first width net sheet, the second width net sheet is the metal fence, and the metal fence is that 1.0～5.0 millimeters, inner diameter of mesh are 0.5～6.0 centimetre by the metal string diameter, metal fence edge cut out, pricked limit hook together the sth. made by twisting processing and install respectively on the upper and lower edge of pricking the metal fence after limit hooks together processing after a thermal finalization is processed to for " Z " to the superhigh intensity rope as the upper and lower guiding principle of the 2nd width net sheet, metal fence after the dress guiding principle is carried out the cylindrical shape splicing, during the splicing of metal fence part cylindrical shape, with knitmesh, with copper wire, laterally be connected, and the two ends of rete cord laterally are connected by the method for plant propagation with cutting, the metal fence after the dress guiding principle carries out after the cylindrical shape splicing just obtaining vertical the second width net sheet, net cage casing vertical first, be flexible coupling and connected with vertical canvas or net sheet between two width net sheets, longitudinal network sheet or canvas are flexible coupling and add the little mesh high strength synthetic fibre knotless net that is first 1.5～3.0 centimetres by canvas or inner diameter of mesh man-hour be stitched into the strong canvas of six floor heights or the little mesh high strength synthetic fibre knotless net that width is 0.5 meter after folding three times of long axis direction, upper at the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net again, lower along install two sth. made by twisting after thermal finalization is processed to be " Z " to upper as the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net of high strength cord, infraclass, upper, the eye thimble of the high-strength aluminium matter tarpaulin circle making that internal diameter is 18 millimeters is evenly installed in the inboard of infraclass by the mesh spacing distance of a metal fence, the exaggerated inboard row's eye thimble distributed is for being connected between the vertically lower hoddy sheet with the first width net sheet, and the inboard row's eye thimble that distributes of infraclass is for being connected between the vertically upper hoddy sheet with the second width net sheet, the cylindrical shape splicing is carried out at the strong polyester canvas of six floor heights after the dress guiding principle or the two ends of little mesh high strength synthetic fibre knotless net, splice stitching with the high strength netting twine when the strong canvas of six floor heights or the splicing of little mesh high strength synthetic fibre knotless net part cylindrical shape, and the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net is upper, during the splicing of infraclass part cylindrical shape, the two ends of rete cord laterally are connected by the method for plant propagation with cutting, the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net part and rete cord thereof partly carry out just obtaining the high-strength canvas of cylindrical shape or six layers little mesh high strength synthetic fibre knotless nets after the cylindrical shape splicing, finally by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, the cylindrical shape strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net are carried out to anti-fouling biological treatment and just obtain net cage casing vertical first, connect and be flexible coupling with vertical canvas or net sheet between two width net sheets, above-mentioned vertical canvas or net sheet be flexible coupling wind wave resistance square metal net cage casing vertically first and second width net sheet vertically respectively and the vertically lower hoddy sheet of the first width net sheet, the second width net sheet vertically on the strong rope of superelevation, splice between the hoddy sheet sew up after acquisition wind wave resistance square metal net cage casing side net sheet, wind wave resistance square metal net cage bottom half adopts square-shaped metal net sheet or plastic wire sheet with the net sheet, when metal mesh sheet is pruned, edge is pricked that limit hooks together processing, when the plastic wire sheet is pruned, edge carries out melt process, then at square-shaped metal net sheet or plastic wire sheet edge with high-strength netting twine install a high strength cord after thermal finalization is processed as the net cage bottom half edge guiding principle with the net sheet, assemble 1 manrope every 1 meter on square net length of a film, cross direction the net cage bottom half for after the edge guiding principle is installed, the manrope of assembling on square net length of a film, cross direction for the net cage bottom half becomes grid-shaped at net bottom with the net sheet, when the net cage bottom half is used the plastic wire sheet, the net cage bottom half plastic wire sheet that will install after manrope and edge guiding principle carries out anti-fouling biological treatment by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, the net cage bottom half net sheet that will fill again after guiding principle is assemblied on square high density polyethylene pipe framework with high strength cord, the outer tube diameter of manufacturing the high density polyethylene pipe that square high density polyethylene pipe framework uses is 70～125 millimeters, on high density polyethylene pipe every 2.0 meters apertures of making a call to 3～5.0 millimeters of diameters, square high density polyethylene pipe planted agent after punching fills stone or concrete with the weight of 10 Newton/meter, fill after stone or concrete are placed in the polyurethane lining rotary hose of 40～60 millimeters of diameters of closed at both ends in the square high density polyethylene pipe be positioned over after punching, at the inner edge of square high density polyethylene pipe framework, polypropylene rope frame, a polypropylene rope frame being installed with the knit nylon line of 3 millimeters of diameters is 28～32 millimeters by the rugosity of polypropylene rope, install between square high density polyethylene pipe frame after the polypropylene rope frame and the second width net sheet and be connected net cage casing side net sheet and net cage bottom half are linked together with the net sheet with high strength cord, the horizontal manrope of installation and vertical manrope on the net sheet of casing side, between the upper and lower guiding principle of the second width net sheet, equidistantly install sth. made by twisting after 2 thermal finalizations are processed to be " Z " to high strength cord as 2 horizontal manropes of the second width net sheet, on the net sheet of casing side, high strength cord thermal finalization processing after all be installed as net cage casing side net sheet vertical manrope along circumferential every 2.0 meters since the exaggerated of the first width net sheet, every vertical manrope is passed through the infraclass of the second width net sheet and the net cage bottom half edge guiding principle with the net sheet from the first width net sheet exaggerated logical, and every vertical manrope is all tightened with the fish knot mutually with the rete cord joining of each width net sheet on the way, every vertical manrope at logical infraclass of passing through the second width net sheet and net cage bottom half with being connected with various net sheets on the way in the edge guiding principle process of net sheet, between fixing once every 4 orders between vertical manrope and the first width net sheet, vertical manrope and the second width net sheet, every 10 orders, fix once, 20～60 centimetres of the parallel and vertical intervals between the two of two row's galvanized iron conduits of the double galvanized iron conduit of square of net cage frame system, the market sale of the double galvanized iron conduit of square parcel one deck certainly twine waterproof insulation tape, below double galvanized iron conduit framework, arrange with the cylindrical foam float of the end to end same size of high strength cord, cylindrical foam float is coated with outward after the waterproof resin of one deck market sale first with the waterproof cloth parcel, then uses the synthetic fibers etting at the cylindrical foam float of waterproof cloth outer wrapping, between upper ledge and the vertical first width net sheet of net cage casing of the double galvanized iron conduit framework of square exaggerated, with high strength cord, be connected.
Outstanding feature of the present invention is that wind wave resistance metal wire casing bottom is arranged on the square high density polyethylene pipe frame after special installation polypropylene rope frame with the net sheet, greatly improved the geometry of square metal net cage, greatly increased cage-farming quantity, increased the inside and outside water body of net cage exchange, reduce the horizontal drift of net cage casing etting, improve the comprehensive benefit of net cage, the foam plastic float that the present invention uses is smeared one deck waterproof resin, and from inside to outside foam plastic float is packed to processing with waterproof cloth, synthetic fibers etting, greatly improve water resistance and the buoyancy conservation rate of foam plastic float, improved net cage system buoyancy conservation rate and safety thereof, the present invention twines waterproof insulation tape at the double galvanized iron conduit frame manufacture of square certainly with galvanized iron conduit outer wrapping one deck, has greatly improved water resistance and the service life of net cage frame system, the present invention knots high strength synthetic fibre, the high strength synthetic fibre knotless net, three strands of high strength cords, the high-strength fishing netting twine, superhigh intensity rope and high strength netting twine contour energy netting material are for the making of metal wire casing, keeping under equal powerful prerequisite, net sheet order pin rugosity, netting twine nominal diameter and rope nominal diameter all greatly reduce with common netting material than prior art, both efficiently solved the energy-saving and cost-reducing problem of existing cage netting, promoted again growing of cage-farming, reduced the netting material consumption of net cage casing, be conducive to the exchange of the inside and outside water body of net cage, improved the comprehensive benefit of net cage, the metal wire casing netting system adopts the composite construction etting form of " double-deck plastic wire sheet is that the first width net sheet, metal mesh sheet are that vertically being flexible coupling between the second width net sheet, the first width net sheet and the second width net sheet, square-shaped metal net sheet or plastic wire sheet are the Combined net sheet form of net cage bottom half with square net sheet ", effectively avoid the direct wearing and tearing between metal etting and metal framework when in the prior art, cage netting adopts single metal etting form, promoted the fishery engineering equipment, the net cage casing is pricked limit with metal fence edge and is hooked together the rete cord that on processing, net cage casing, use intersects in length and breadth, the etting deadweight that decrease circular metal cage netting bears with wire, greatly reduce wire wearing and tearing each other under the etting deadweight for the circular metal cage netting, improve the life cycle of metal fence and the comprehensive benefit of net cage, the polypropylene rope frame is installed to reduce the stressed of square high density polyethylene pipe frame at square high density polyethylene pipe frame, has greatly been improved the safety of net cage outfit, the present invention with vertical canvas or net sheet be flexible coupling, the net cage bottom half all carries out anti-fouling biological treatment by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale with the plastic wire sheet, greatly improved the comprehensive anti-pollution function of netting system, the foam plastic float that the double galvanized iron conduit framework of net cage is arranged is below joined end to end with high strength cord, make metal wire casing that " high strength cord+cylindrical foam float " this second defence line catch net box body be arranged, reduce net cage float tube risk of breakage under typhoon weather or other emergency case, thereby also greatly reduce risk and loss, the net cage bottom half is arranged on the square high density polyethylene pipe frame be equipped with after the polypropylene rope frame with the net sheet with high strength cord, effectively reduce deformation and the volumetric loss of net cage casing in the high flow rate marine environment, test shows that but above-mentioned method for providing has improved tank-volumes conservation rate, cage culture bait utilization and the casing cultured fishes quantity of net cage greatly than prior art, reduced the comprehensive benefit of carbon emission, raising net cage in cage culture, quite remarkable to development environment-friendly type low-carbon (LC) metal wire casing aquaculture effect.
The accompanying drawing explanation
That accompanying drawing means is wind wave resistance square metal net cage geometry figure.
Embodiment
Wind and wave resistance square metal net cage net sheet system is the first width net sheet (6 in figure) by double-deck plastic wire sheet, the metal fence is the second width net sheet (3 in figure), vertical canvas between the first width net sheet and the second width net sheet be flexible coupling (5 in figure), square-shaped metal net sheet is the Combined net sheet form of net cage bottom half with square net sheet, wherein vertical the first width net sheet height of net cage casing is 0.2～1.5 meter, can adopt one of them height in this altitude range, for example 0.8 meter, vertical the second width net sheet height of net cage casing is 2.5～15.0 meters, can adopt one of them height in this altitude range, for example 8.1 meters, the net cage bottom half is 1～30 meter by the square net sheet length of side, can adopt one of them length in this length range, for example the square net sheet length of side is 10 meters, the double galvanized iron conduit framework inside casing length of side of square equates by the square net sheet length of side with bottom, therefore also correspond to 10 meters, the first width net sheet is used the double-deck plastic wire sheet of 0.8 meter high, it comprises that one deck is for preventing that the net cage cultured fishes inner diameter of mesh of escaping of primering from being 2～5 centimetres, can adopt arbitrary length in this length range, the fishing high-strength polythene strand sth. made by twisting net that for example 3 centimetres of inner diameter of mesh, order pin rugosity are 2.6 millimeters and another layer are 10～30 centimetres for the inner diameter of mesh of bearing net box body deadweight, can adopt arbitrary length in this length range, two fast knot type ultra-high molecular weight polyethylenes that for example 25 centimetres, order pin rugosity are 4.5 millimeters are knotted, by two cut out end all the strand of the fishing high-strength polythene after melt process twist with the fingers net and two fast knot type ultra-high molecular weight polyethylenes and knot after overlapping placement and be stitched into double-deck plastic wire sheet, double-deck plastic wire sheet upper and lower along install two sth. made by twisting after thermal finalization is processed to be " S " to three strands of high strength polyamide ropes of 22 millimeters of nominal diameters, using this upper and lower guiding principle as the first width net sheet, double-deck plastic wire sheet after the dress guiding principle is spliced into to cylindrical shape, wherein, carry out with the high-strength polyethylene litzendraht wire of 2.8 millimeters of nominal diameters that the long-pending big or small splicing of 0.5 meter * 0.8 rice and flour is sewed up during the net sheet part cylindrical shape splicing of double-deck plastic wire sheet and during the upper and lower guiding principle part cylindrical shape splicing of double-deck plastic wire sheet the two ends of rete cord by the method for plant propagation with cutting, laterally be connected, double-deck plastic wire sheet partly and rete cord partly carry out after the cylindrical shape splicing just obtaining vertical the first width net sheet of wind and wave resistance square metal net cage casing, the metal fence that the second width net sheet is 8.1 meters of height, the metal fence is 1.0～5.0 millimeters by the metal string diameter, can adopt arbitrary string diameter in this string diameter scope, for example 3 millimeters of string diameters, diamond mesh internal diameter are 0.5～6.0 centimetre, can adopt arbitrary internal diameter in this inside diameter ranges, for example 3 centimetres, metal fence edge is cut out, is pricked limit and hooked together processing, the more upper and lower edge of the metal fence after pricking limit to hook together processing install respectively sth. made by twisting after a thermal finalization is processed to for " Z " to the ultra-high molecular weight polyethylene kernmantle of 16 millimeters of nominal diameters using this upper and lower guiding principle as the 2nd width net sheet, metal fence after the dress guiding principle is carried out to the cylindrical shape splicing, during the splicing of metal fence part cylindrical shape, with knitmesh, with copper wire, laterally be connected, and the two ends of rete cord laterally are connected by the method for plant propagation with cutting during splicing of the upper and lower guiding principle part cylindrical shape of metal fence, the metal fence after the dress guiding principle carries out after the cylindrical shape splicing just obtaining vertical the second width net sheet of metal wire casing casing, vertical the 2nd width net sheet of net cage casing can be used the metal mesh sheet of other braiding kind, as metal net, the metal stretching net, metal spot welding net and the copper alloy oblique square net with antifouling and antibiosis function, but should guarantee to splice on rear composite construction cylindrical metal net sheet, lower net gap perimeter is equal to net cage frame float tube inside casing girth, the different size metal mesh sheet adopts horizontal net sheet medium-soft state to connect or laterally canvas medium-soft state connection while laterally connecting, when vertically connecting, the different size metal mesh sheet adopt longitudinal network sheet medium-soft state to connect or vertically canvas medium-soft state connection, metal mesh sheet connects the intensity connected by various medium-soft states must be greater than the intensity of net cage casing making with metal mesh sheet, so just can obtain vertical the 2nd width net sheet of wind and wave resistance square metal net cage casing prepared with other braiding kind metal mesh sheet, the net cage casing vertically is flexible coupling and is connected with vertical canvas between first, second width net sheet, vertically canvas is flexible coupling and adds the high-strength polyester canvas that is first 3.0 meters by width man-hour be stitched into the strong polyester canvas of six floor heights that width is 0.5 meter after folding three times of monoblock canvas long axis direction, the strong polyester canvas of six floor heights upper and lower along install two sth. made by twisting after thermal finalization is processed to be " Z " to three strands of high strength polyamide ropes of 14 millimeters of nominal diameters, using this upper and lower guiding principle as the strong polyester canvas of six floor heights, on, infraclass need be interted in the strong polyester canvas of six floor heights and high-strength suture is used respectively in the rete cord both sides, make, the both sides of infraclass are placed in respectively between the side and suture of the strong polyester canvas of six floor heights, side at the strong polyester canvas of six floor heights is sewed up the high-strength polyester braid over braid of 3.5 centimetres of width with industrial sewing machine, again on the strong canvas of six floor heights, the high-strength aluminium matter tarpaulin circle that internal diameter is 18 millimeters is evenly installed by the mesh spacing distance of a metal fence in the inboard of infraclass, make on the strong canvas of six floor heights, the eye thimble that inboard distribution one row of infraclass makes of the tarpaulin circle, wherein the exaggerated inboard row's eye thimble distributed of the strong canvas of six floor heights for the strong canvas of six floor heights and the first net sheet vertically under being connected between the hoddy sheet, and inboard vertically above being connected between hoddy sheet of row's eye thimble for the strong canvas of six floor heights and the second width net sheet that distribute of the strong canvas infraclass of six floor heights, the cylindrical shape splicing is carried out in the two ends of the strong polyester canvas of six floor heights after the dress guiding principle, twist thread and carry out the long-pending big or small splicing stitching of 0.3 meter * 0.5 rice and flour with the ultra-high molecular weight polyethylene of 2.0 millimeters of nominal diameters during the splicing of the strong polyester canvas part of six floor heights cylindrical shape, and the strong polyester canvas of six floor heights is upper, during the splicing of infraclass part cylindrical shape, the two ends of rete cord laterally are connected by the method for plant propagation with cutting, the strong polyester canvas part of six floor heights and rete cord thereof partly carry out just obtaining the high-strength canvas of cylindrical shape after the cylindrical shape splicing, finally by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, the strong polyester canvas of cylindrical shape six floor height is carried out to anti-fouling biological treatment, this just obtains wind and wave resistance square metal net cage casing vertical first, between the second width net sheet, connect with vertical canvas be flexible coupling (5 in figure), in actual production, also can select the high strength polyamide warp knitting net of 3 centimetres of inner diameter of mesh to prepare net cage casing vertical first, between the second width net sheet, with the longitudinal network sheet, be flexible coupling, net cage casing vertical first, between the second width net sheet, with the net sheet, being flexible coupling, to add man-hour be first 3.0 meters by width, the high strength polyamide warp knitting net that inner diameter of mesh is 3 centimetres is stitched into the six floor height intensity polyamide warp knitting nets that width is 0.5 meter after long axis direction folds three times, upper at six floor height intensity polyamide warp knitting nets again, lower along install two sth. made by twisting after thermal finalization is processed to be " Z " to three strands of high-strength polyethylene ropes of 12 millimeters of nominal diameters, using this upper as six floor height intensity polyamide warp knitting nets, infraclass, the cylindrical shape splicing is carried out in the two ends of six floor height intensity polyamide warp knitting nets after the dress guiding principle, carrying out the long-pending big or small splicing of 0.3 meter * 0.5 rice and flour with the high strength netting twine during six floor height intensity polyamide warp knitting mesh portions cylindrical shape splicings sews up, and six floor height intensity polyamide warp knitting nets is upper, during the splicing of infraclass part cylindrical shape, the two ends of rete cord laterally are connected by the method for plant propagation with cutting, six floor height intensity polyamide warp knitting mesh portions and rete cord thereof partly carry out just obtaining cylindrical shape six floor height intensity polyamide warp knitting nets after the cylindrical shape splicing, finally by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, cylindrical shape six floor height intensity polyamide warp knitting nets are carried out to anti-fouling biological treatment, also can obtain wind and wave resistance square metal net cage casing vertical first, connect and be flexible coupling with the longitudinal network sheet between two width net sheets, above-mentioned vertical canvas is flexible coupling or the longitudinal network sheet is flexible coupling wind and wave resistance square metal net cage casing vertically first and second width net sheet vertically respectively and the vertically lower hoddy sheet of the first width net sheet, the second width net sheet vertically on splice stitching with 4 millimeters strong ropes of superelevation of nominal diameter between the hoddy sheet (wherein, when the vertical canvas of use is flexible coupling, 4 millimeters strong ropes of superelevation of nominal diameter pass through eye thimble, mesh is spliced stitching, when using the longitudinal network sheet to be flexible coupling, 4 millimeters strong ropes of superelevation of nominal diameter pass through mesh, mesh is spliced stitching), splicing just obtains wind and wave resistance square metal net cage casing side net sheet after sewing up, wind and wave resistance square metal net cage bottom half adopts square-shaped metal net sheet with the net sheet, when metal mesh sheet is pruned, edge also will be pricked limit and be hooked together processing, then the high-strength polyethylene fishing lines that is 3.7 millimeters with nominal diameter at square-shaped metal net sheet edge install a sth. made by twisting after thermal finalization is processed to for " S " to the fishing high-strength three-ply polythene monofilament rope of 26 millimeters of nominal diameters use the edge guiding principle of net sheet as the net cage bottom half, on the square net length of a film of the net cage bottom half after the edge guiding principle is installed, cross direction, every 1 manrope of 1 meter assembling, after the manrope assembling, manrope forms the grid-shaped layout at the net sheet of net cage bottom, when the net cage bottom half is used the plastic wire sheet, also the net cage bottom half after installation manrope and edge guiding principle must be carried out to anti-fouling biological treatment with the plastic wire sheet by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, the net cage bottom half that will fill again after guiding principle is assemblied on square high density polyethylene pipe framework with high strength cord with the net sheet, manufacturing square high density polyethylene pipe frame is 70～125 millimeters with the outer tube diameter of high density polyethylene pipe, can adopt arbitrary caliber in this caliber scope, for example caliber is 80 millimeters, on high density polyethylene pipe every 2.0 meters apertures of making a call to 3～5.0 millimeters of nominal diameters, can adopt arbitrary diameter in this diameter range, the aperture of 4 millimeters of diameters for example, square high density polyethylene pipe planted agent after punching fills stone with the weight of 10 Newton/meter, filling stone is placed in the polyurethane lining rotary hose of 40～60 millimeters of diameter ranges of closed at both ends, for example, after being placed in the polyurethane lining rotary hose of 60 millimeters of diameters, be positioned in the square high density polyethylene pipe after punching, again square high density polyethylene pipe is connected into to square high density polyethylene pipe frame (4 in figure) with necessary, it is 28～32 millimeters by the rugosity of polypropylene rope that the knit nylon line that is 3 millimeters with nominal diameter is installed polypropylene rope frame, a polypropylene rope frame at the inner edge of square high density polyethylene pipe frame, can adopt arbitrary rugosity in this rugosity scope, for example 30 millimeters, the fishing high-strength three-ply polythene monofilament rope that to install between square high density polyethylene pipe frame after the polypropylene rope frame and the second width net sheet be 10 millimeters with nominal diameter is connected, and wind and wave resistance square metal net cage casing side net sheet just links together with the net sheet with the net cage bottom half like this, for guaranteeing net cage casing safety, reduce the copper alloy stretching nets marine stressed, the horizontal manrope of installation and vertical manrope on the net sheet of wind and wave resistance square metal net cage casing side, between the upper and lower guiding principle of the second width net sheet, equidistantly install sth. made by twisting after 2 thermal finalizations are processed to be " Z " to the fishing high-strength three-ply polythene monofilament rope of 12 millimeters of nominal diameters using these 2 horizontal manropes as the second width net sheet, on the net sheet of net cage casing side, circumferential every 2.0 meters fishing high-strength three-ply polythene monofilament ropes that all need to install 10 millimeters of nominal diameters after the thermal finalization processing since the exaggerated edge of the first width net sheet, using this as the vertical manrope of net cage casing side net sheet, every vertical manrope is passed through the infraclass of the second width net sheet and the net cage bottom half edge guiding principle with the net sheet from the first width net sheet exaggerated logical, every vertical manrope all can intersect with the rete cord of each width net sheet on the way, and each intersection point is tightened mutually with the fish knot, every vertical manrope not only will be connected with rete cord in logical infraclass of passing through the second width net sheet and the edge guiding principle process of net cage bottom half with the net sheet, but also will be connected with various net sheets on the way, between vertical manrope and the first width net sheet, adopt employing between fixing method, vertical manrope and the second width net sheet once of 4 orders to fix once every 10 orders, net cage buoyancy is from foam plastic float, net cage adopts square double galvanized iron conduit frame structure with frame system, two the row parallel assemblings of galvanized iron conduit and vertical intervals between the two are controlled at 50 centimetres, between the upper ledge of square double galvanized iron conduit framework (1 in figure) and vertical the first width net sheet of net cage casing exaggerated, with high strength cord, are connected, the market sale of the double galvanized iron conduit framework external application of square parcel one deck certainly twine waterproof insulation tape (as the TOQ BEST-663 of market sale from twining waterproof insulation tape), the cylindrical foam float (2 in figure) of the same size that the high strength cord that the use of arranging below double galvanized iron conduit framework nominal diameter is 28 millimeters is connected, the diameter * length specification of cylindrical foam float is 80 centimetres of 45 cm x, cylindrical foam float is coated with the tight parcel of the rear waterproof cloth (as the polyester waterproof cloth of market sale) with one deck market sale of waterproof resin (as the CD-KS waterproof resin of market sale) of one deck market sale outward, finally outside waterproof cloth, with the polyethylene monofilament of inner diameter of mesh 4.5, through netting, wraps up again, galvanized iron conduit framework four edges is used the zinc-plated bending iron pipe of isosceles square to be connected, and the internal diameter of zinc-plated bending iron pipe and external diameter are respectively 80 millimeters, 90 millimeters, and every right-angle side length of the zinc-plated bending iron pipe of isosceles square is 0.5 meter, net cage is heavy, and advocate will be from the deadweight of the double galvanized iron conduit framework of square, casing net sheet, the net cage casing is hung on the inside casing of the double galvanized iron conduit framework of square with the Combined net sheet, between inside casing and the net cage casing first width net sheet of the double galvanized iron conduit framework of square exaggerated, with the high strength cord of 30 millimeters of the nominal diameters after the thermal finalization processing, be connected, this has just obtained wind and wave resistance square metal net cage.
Claims (1)
1. wind wave resistance square metal net cage processing method, by net cage net sheet system and net cage frame system, formed, it is characterized in that net cage adopts Combined net sheet form by net sheet system, vertical the first width net sheet be double-deck plastic wire sheet, vertical the second width net sheet be between metal fence, the first width net sheet and the second width net sheet for vertically being flexible coupling, the net cage bottom half is metal fence or plastic wire sheet with square net sheet, bottom equals the square double galvanized iron conduit framework inside casing length of side by the square net sheet length of side, the double-deck plastic wire sheet of the first width is that one deck inner diameter of mesh the high strength synthetic fibre knotless net that is 2～5 centimetres and the high strength synthetic fibre that another layer of inner diameter of mesh is 10～30 centimetres are knotted, be stitched into double-deck plastic wire sheet after the equal melt process of two synthetic fibers cutting ends, double-deck plastic wire sheet upper and lower along install two sth. made by twisting after thermal finalization is processed to be " S " to three strands of high strength cords as the upper and lower guiding principle of the first width net sheet, double-deck plastic wire sheet after the dress guiding principle is spliced into to cylindrical shape, splice and sews up and the two ends of rete cord are laterally connected by the method for plant propagation with cutting with the high-strength fishing netting twine during net sheet part cylindrical shape splicing of double-deck plastic wire sheet, double-deck plastic wire sheet partly and rete cord partly carry out after the cylindrical shape splicing just obtaining vertical the first width net sheet, the second width net sheet is the metal fence, and the metal fence is that 1.0～5.0 millimeters, inner diameter of mesh are 0.5～6.0 centimetre by the metal string diameter, metal fence edge cut out, pricked limit hook together the sth. made by twisting processing and install respectively on the upper and lower edge of pricking the metal fence after limit hooks together processing after a thermal finalization is processed to for " Z " to the superhigh intensity rope as the upper and lower guiding principle of the 2nd width net sheet, metal fence after the dress guiding principle is carried out the cylindrical shape splicing, during the splicing of metal fence part cylindrical shape, with knitmesh, with copper wire, laterally be connected, and the two ends of rete cord laterally are connected by the method for plant propagation with cutting, the metal fence after the dress guiding principle carries out after the cylindrical shape splicing just obtaining vertical the second width net sheet, the vertical i of net cage casing, be flexible coupling and connected with vertical canvas or net sheet between ii width net sheet, longitudinal network sheet or canvas are flexible coupling and add the little mesh high strength synthetic fibre knotless net that is first 1.5～3.0 centimetres by canvas or inner diameter of mesh man-hour be stitched into the strong canvas of six floor heights or the little mesh high strength synthetic fibre knotless net that width is 0.5 meter after folding three times of long axis direction, upper at the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net again, lower along install two sth. made by twisting after thermal finalization is processed to be " Z " to upper as the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net of high strength cord, infraclass, upper, the eye thimble of the high-strength aluminium matter tarpaulin circle making that internal diameter is 18 millimeters is evenly installed in the inboard of infraclass by the mesh spacing distance of a metal fence, the exaggerated inboard row's eye thimble distributed is for being connected between the vertically lower hoddy sheet with the first width net sheet, and the inboard row's eye thimble that distributes of infraclass is for being connected between the vertically upper hoddy sheet with the second width net sheet, the cylindrical shape splicing is carried out at the strong polyester canvas of six floor heights after the dress guiding principle or the two ends of little mesh high strength synthetic fibre knotless net, splice stitching with the high strength netting twine when the strong canvas of six floor heights or the splicing of little mesh high strength synthetic fibre knotless net part cylindrical shape, and the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net is upper, during the splicing of infraclass part cylindrical shape, the two ends of rete cord laterally are connected by the method for plant propagation with cutting, the strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net part and rete cord thereof partly carry out just obtaining the high-strength canvas of cylindrical shape or six layers little mesh high strength synthetic fibre knotless nets after the cylindrical shape splicing, finally by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, the cylindrical shape strong canvas of six floor heights or little mesh high strength synthetic fibre knotless net are carried out to anti-fouling biological treatment and just obtain the vertical i of net cage casing, connect and be flexible coupling with vertical canvas or net sheet between ii width net sheet, above-mentioned vertical canvas or net sheet be flexible coupling the vertical i of wind wave resistance square metal net cage casing, ii width net sheet vertically respectively and the vertically lower hoddy sheet of the first width net sheet, the second width net sheet vertically on the strong rope of superelevation, splice between the hoddy sheet sew up after acquisition wind wave resistance square metal net cage casing side net sheet, wind wave resistance square metal net cage bottom half adopts metal fence or plastic wire sheet with the net sheet, when metal mesh sheet is pruned, edge is pricked that limit hooks together processing, when the plastic wire sheet is pruned, edge carries out melt process, then at metal fence or plastic wire sheet edge with high-strength netting twine install a high strength cord after thermal finalization is processed as the net cage bottom half edge guiding principle with the net sheet, assemble 1 manrope every 1 meter on square net length of a film, cross direction the net cage bottom half for after the edge guiding principle is installed, the manrope of assembling on square net length of a film, cross direction for the net cage bottom half becomes grid-shaped at net bottom with the net sheet, when the net cage bottom half is used the plastic wire sheet, the net cage bottom half plastic wire sheet that will install after manrope and edge guiding principle carries out anti-fouling biological treatment by the environment-friendly type ANTI-FOULING PAINT FOR FISHING NET of market sale, the net cage bottom half net sheet that will fill again after guiding principle is assemblied on square high density polyethylene pipe framework with high strength cord, the outer tube diameter of manufacturing the high density polyethylene pipe that square high density polyethylene pipe framework uses is 70～125 millimeters, on high density polyethylene pipe every 2.0 meters apertures of making a call to 3～5.0 millimeters of diameters, square high density polyethylene pipe planted agent after punching fills stone or concrete with the weight of 10 Newton/meter, fill after stone or concrete are placed in the polyurethane lining rotary hose of 40～60 millimeters of diameters of closed at both ends in the square high density polyethylene pipe be positioned over after punching, at the inner edge of square high density polyethylene pipe framework, polypropylene rope frame, a polypropylene rope frame being installed with the knit nylon line of 3 millimeters of diameters is 28～32 millimeters by the rugosity of polypropylene rope, install between square high density polyethylene pipe frame after the polypropylene rope frame and the second width net sheet and be connected net cage casing side net sheet and net cage bottom half are linked together with the net sheet with high strength cord, the horizontal manrope of installation and vertical manrope on the net sheet of casing side, between the upper and lower guiding principle of the second width net sheet, equidistantly install sth. made by twisting after 2 thermal finalizations are processed to be " Z " to high strength cord as 2 horizontal manropes of the second width net sheet, on the net sheet of casing side, high strength cord thermal finalization processing after all be installed as net cage casing side net sheet vertical manrope along circumferential every 2.0 meters since the exaggerated of the first width net sheet, every vertical manrope is passed through the infraclass of the second width net sheet and the net cage bottom half edge guiding principle with the net sheet from the first width net sheet exaggerated logical, and every vertical manrope is all tightened with the fish knot mutually with the rete cord joining of each width net sheet on the way, every vertical manrope at logical infraclass of passing through the second width net sheet and net cage bottom half with being connected with various net sheets on the way in the edge guiding principle process of net sheet, between fixing once every 4 orders between vertical manrope and the first width net sheet, vertical manrope and the second width net sheet, every 10 orders, fix once, 20～60 centimetres of the parallel and vertical intervals between the two of two row's galvanized iron conduits of the double galvanized iron conduit of square of net cage frame system, the market sale of the double galvanized iron conduit of square parcel one deck certainly twine waterproof insulation tape, below double galvanized iron conduit framework, arrange with the cylindrical foam float of the end to end same size of high strength cord, cylindrical foam float is coated with outward after the waterproof resin of one deck market sale first with the waterproof cloth parcel, then uses the synthetic fibers etting at the cylindrical foam float of waterproof cloth outer wrapping, between upper ledge and the vertical first width net sheet of net cage casing of the double galvanized iron conduit framework of square exaggerated, with high strength cord, be connected.
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| CN2010102601419A CN102369896B (en) | 2010-08-23 | 2010-08-23 | Processing method for wind and wave resistance square metal net box |
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| CN2010102601419A CN102369896B (en) | 2010-08-23 | 2010-08-23 | Processing method for wind and wave resistance square metal net box |
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| CN102369896B true CN102369896B (en) | 2013-05-22 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103461229B (en) * | 2013-08-05 | 2014-12-10 | 中国水产科学研究院东海水产研究所 | Method for manufacturing low-carbon type jellyfish fence device |
| CN103609496B (en) * | 2013-11-25 | 2015-05-27 | 中国水产科学研究院东海水产研究所 | Processing method for large netting gear clothes of double-layer structure |
| CN106954574A (en) * | 2017-04-06 | 2017-07-18 | 无锡市阳山镇三和源农业专业合作社 | A kind of loach breeding net cage |
| CN107018935B (en) * | 2017-05-23 | 2023-07-21 | 中国水产科学研究院黑龙江水产研究所 | Wild device of marijuana fry |
| CN109717118B (en) * | 2019-02-22 | 2021-08-13 | 江苏科技大学 | Large-scale aquaculture fishing net suitable for adverse sea condition has anti-wave choked flow power generation function |
| CN114467903A (en) * | 2021-11-08 | 2022-05-13 | 张凯德 | Feeding type automatic trapping device for rats |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201188818Y (en) * | 2008-05-07 | 2009-02-04 | 大连天正实业有限公司 | Metal tube breeding net cage |
| CN101617637A (en) * | 2008-07-01 | 2010-01-06 | 四国大和金网株式会社 | Net cage for sea farming |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2000157093A (en) * | 1998-11-30 | 2000-06-13 | Futoshi Sumizaki | Container for culturing fishes or shellfishes, capable of being further used as fish bank |
| US20090229531A1 (en) * | 2008-03-14 | 2009-09-17 | Stillman Harold M | Corrosion-compensated net |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201188818Y (en) * | 2008-05-07 | 2009-02-04 | 大连天正实业有限公司 | Metal tube breeding net cage |
| CN101617637A (en) * | 2008-07-01 | 2010-01-06 | 四国大和金网株式会社 | Net cage for sea farming |
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