CN102321949B - Processing method of energy saving and consumption reduction cored braided wire used for fishery equipment and engineering - Google Patents
Processing method of energy saving and consumption reduction cored braided wire used for fishery equipment and engineering Download PDFInfo
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- CN102321949B CN102321949B CN 201110261388 CN201110261388A CN102321949B CN 102321949 B CN102321949 B CN 102321949B CN 201110261388 CN201110261388 CN 201110261388 CN 201110261388 A CN201110261388 A CN 201110261388A CN 102321949 B CN102321949 B CN 102321949B
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Abstract
The invention relates to a processing method of an energy saving and consumption reduction cored braided wire used for fishery equipment and engineering. The method comprises the steps of: acquiring a polyarmide fiber strand bobbin for face processing of a cored braided wire; acquiring an ultrahigh molecular weight polyethylene fishing fiber strand bobbin for cored braided wire face processing; acquiring a polyethylene fishing filament core bobbin used for core processing of the cored braided wire; determining the face and central position of the energy saving and consumption reduction cored braided wire used for fishery equipment and engineering; initiating a machine for braiding, thus obtaining the energy saving and consumption reduction cored braided wire used for fishery equipment and engineering. The method of the invention can improve braided wire performance, adjust fishing material structure, reduce net resistance, net energy consumption and raw material consumption, and can be used for developing high efficiency and energy saving low carbon fishery, thus realizing production and occupation shift of fishermen in China as well as the sustainable development of marine fishery in China.
Description
Technical field
The present invention relates to fishery equipment and field of engineering technology, particularly relating to a kind of fishery equipment and engineering has core braided wire processing method with energy-saving and cost-reducing type.
Background technology
Braided wire is fishery equipment and field of engineering technology important materials, and its physical property is directly connected to energy consumption, safety and the life cycle of fishery equipment and engineering field netting gear.
The braided wire sorting technique is a lot, energy-saving and cost-reducing common braided wire and the energy-saving and cost-reducing type braided wire of being divided into by whether; Be divided into netting gear bounding wire, netting gear mark line, general service braided wire, extraordinary braided wire, fishery equipment and engineering by purposes and prick rete cord or braiding etting braided wire with braided wire, seam; There is non-filler to be divided into by central part core braided wire and centreless braided wire are arranged; Be divided into polyethylene braided wire, polypropylene braided wire, polyamide braided wire, polyester braided wire and mix braided wire with the matrix fiber material by processing; Be divided into 8 strands of braided wires, 12 strands of braided wires, 16 strands of braided wires and 24 strands of braided wires by number of share of stock.
Braided wire and same diameter polyethylene are twisted thread and are compared advantage such as have compact conformation, flexibility is good, and it is used for the mesh grid sheet in fishery equipment and engineering field, seam is pricked rete cord, the reinforcement of etting edge etc.In fishery equipment and the development of engineering field, exposed some urgent problems, had the investigation of materials of core braided wire to lack, have the core braided wire to process the basic theory data deficiencies and core braided wire new material R﹠D intensity difference etc. is arranged with energy-saving and cost-reducing type as fishery equipment and engineering.Fishery equipment and engineering have core braided wire performance that safety, service life and the wind and wave resistance fluidity energy etc. that improve fishery equipment and engineering field netting gear are all had important function with energy-saving and cost-reducing type.
Existing fishery equipment and engineering with braided wire processing enterprise in, the system line with matrix fiber be generally common polythene fishing monofilament yarn or polyamide fiber, braided wire technology is comparatively single; And the common polythene fishing monofilament yarn mainly is to adopt high density polyethylene (HDPE) (HDPE) raw material to produce through traditional spinning technique as the basic structural unit of polyethylene braided wire at present, and common polythene fishing monofilament yarn certified products fracture strength standard index is 52cN/tex; Common polyamide fiber is as the basic structural unit of polyamide braided wire, its fracture strength is generally 35cN/tex～53cN/tex, and is that the ultra-high molecular weight polyethylene fishing that raw material adopts gel spinning to make can reach 250cN/tex with fiber certified products fracture strength standard index with the ultra-high molecular weight polyethylene.Common polythene fishing monofilament yarn or polyamide fiber ultimate strength are lower, and the ultimate strength of the braided wire that it is made is also relatively low.The quality that braided wire number of share of stock, core have or not, core is directly connected to braided wire with braided wire technologies such as matrix fiber kinds with matrix fiber quantity, braided wire and core processing, if braided wire technology imperfection, visible defects such as degree of tightness, back of the body thigh and distortion will appear in product, influence its outward appearance and performance.
Summary of the invention
Technical problem to be solved by this invention provides a kind of fishery equipment and engineering has core braided wire processing method with energy-saving and cost-reducing type, to improve the braided wire performance, adjust the fishing material structure, reduce net resistance, to reduce netting gear energy consumption and raw materials consumption, the fishery of development highly-efficient energy-saving low-carbon, realization China fisherman changes the line of production and is transferred to civilian work, realizes the sustainable development of China's sea fishery.
The technical solution adopted for the present invention to solve the technical problems is: provide a kind of fishery equipment and engineering with energy-saving and cost-reducing type core braided wire processing method to be arranged, may further comprise the steps:
(1) again 5 polyamide fibers is also synthesized a branch of polyamide fiber bundle of not twisting through twisting machine, through around the pipe machine polyamide fiber bundle being around on the braiding bobbin, use polyamide fiber line thigh bobbin then thereby obtain to have core braided wire face to process;
(2) use around the pipe machine and the ultra-high molecular weight polyethylene fishing be around in fiber on the braiding bobbin, thus obtain to have the processing of core braided wire face with the ultra-high molecular weight polyethylene fishing with filamental thread thigh bobbin;
(3) employing spinneret orifice number is 24 wire drawing machine acquisition polyethylene fishing monofilament yarn synnema, to become a twist number range be 118T/m～138T/m to the 8 polyethylene fishing monofilament yarns that contain that polyethylene fishing monofilament yarn synnema divides by minute silk machine that the silk back obtains and twist with the fingers the polyethylene fishing monofilament yarn line thigh of twisting with the fingers to for " Z " through the twisting machine twisted, with three twist number ranges be at last 118T/m～138T/m and twist with the fingers to the polyethylene fishing monofilament yarn line stock-traders' know-how of twisting with the fingers for " Z " around pipe machine close wind on the braiding bobbin, thereby obtain to have the processing of core braided wire core with polyethylene fishing monofilament yarn core bobbin;
(4) fishery equipment and engineering are 11.5mm with the stitch length that energy-saving and cost-reducing type has the core braided wire to be adopted; 12 strands of polyamide fiber line thigh bobbins and 4 bursts of ultra-high molecular weight polyethylene fishing are pressed " polyamide fiber line thigh bobbin; polyamide fiber line thigh bobbin; polyamide fiber line thigh bobbin; ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin; polyamide fiber line thigh bobbin; polyamide fiber line thigh bobbin with filamental thread thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, the ultra-high molecular weight polyethylene fishing is with filamental thread thigh bobbin " order be inserted on the ingot pole of 16 ingot braiding machines, with energy-saving and cost-reducing type core braided wire face is arranged as fishery equipment and engineering; Polyethylene fishing monofilament yarn core bobbin is placed on the ingot iron of braiding machine bottom, three polyethylene fishing monofilament yarn line thighs on the polyethylene fishing monofilament yarn core bobbin are introduced in the medium pore of braiding machine bottom, draw from the braiding thread guide eyelet, and have the line thigh in the core braided wire face to compile with energy-saving and cost-reducing type with fishery equipment and engineering;
(5) shake handwheel, spindle rotation is woven into the fishery equipment and engineering uses energy-saving and cost-reducing type that the top of core braided wire is arranged; Fishery equipment and engineering there are core braided wire top around sheave 5 roads～7 roads with energy-saving and cost-reducing type, the clutch that closes, start braiding, thus process the fishery equipment and engineering has the core braided wire with energy-saving and cost-reducing type.
The braiding machine spindle range of speeds is controlled at 25rap/min～35rap/min when weaving in the described step (5).
Keep the equalization of strain between each line thigh when weaving in the described step (5), fishery equipment and engineering have between the core braided wire line thigh mutually with energy-saving and cost-reducing type that interlacing becomes fishery equipment and engineering with energy-saving and cost-reducing type core braided wire face to be arranged, and fishery equipment and engineering have the core braided wire to process with polyethylene fishing monofilament yarn core with the type of saving energy and reduce the cost then to be filled in the fishery equipment and engineering uses the type of saving energy and reduce the cost that the central authorities of core braided wire are arranged; Fishery equipment and engineering with weaving forming has the core braided wire to draw from braiding machine with energy-saving and cost-reducing type at last, and is wound on the work beam, and being processed into fishery equipment and engineering has the core braided wire with energy-saving and cost-reducing type.
The line density of described polyamide fiber is 23.3tex.
Described ultra-high molecular weight polyethylene fishing is 88.89tex with the line density of fiber.
The line density of described polyethylene fishing monofilament yarn is 30tex.
Beneficial effect
Owing to adopted above-mentioned technical scheme, the present invention compared with prior art, have following advantage and good effect: fishery equipment that the present invention processes and engineering have core braided wire performance with energy-saving and cost-reducing type, cost performance, presentation quality and the fishing raising of applicability, both improved the performance that the core braided wire is arranged, the fishing gear after the moulding or the water resistance of net cage casing have been reduced, guaranteed the safety of fishing gear or net cage, the needs of Modern Fishery have been satisfied, fishing gear or net cage energy consumption and raw materials consumption have been reduced again, fishing gear or net cage life-span and life cycle have been improved, increased the wind and wave resistance fluidity energy of fishing gear or net cage, helping China fisherman changes the line of production and is transferred to civilian work, help the sustainable development of China's sea fishery and the essence of China's fishery economic growth pattern and change, comprehensive benefit of the present invention is remarkable.
The specific embodiment
Below in conjunction with specific embodiment, further set forth the present invention.Should be understood that these embodiment only to be used to the present invention is described and be not used in and limit the scope of the invention.Should be understood that in addition those skilled in the art can make various changes or modifications the present invention after the content of having read the present invention's instruction, these equivalent form of values fall within the application's appended claims institute restricted portion equally.
Embodiments of the present invention relate to a kind of fishery equipment and engineering has core braided wire processing method with energy-saving and cost-reducing type, adopt polyamide fiber, ultra-high molecular weight polyethylene fishing fiber, polyethylene fishing monofilament yarn, fishery equipment and engineering have the core braided wire to include core braided wire face with energy-saving and cost-reducing type and core braided wire core two parts are arranged, wherein, having core braided wire face partly to process with matrix fiber is polyamide fiber and ultra-high molecular weight polyethylene fishing fiber, is the polyethylene fishing monofilament yarn and the processing of core braided wire core part is arranged with matrix fiber.
With energy-saving and cost-reducing type the core braided wire being arranged with the fishery equipment of producing nominal diameter 1.94mm and engineering below is example, specifies the present invention:
Earlier purchasing the line density with certified products index from market is the polyamide fiber of 23.3tex, the polyamide fiber that is 23.3tex with the 5 line densities polyamide fiber bundle that is 116.5tex through twisting machine and synthetic a branch of line density of not twisting again, then through being that the polyamide fiber bundle of 116.5tex is around on the braiding bobbin around the pipe machine, thereby obtain to have the processing of core braided wire face with polyamide fiber line thigh bobbin with line density.
Buying the line density with certified products index from market earlier is the ultra-high molecular weight polyethylene fishing fiber of 88.89tex, again through being that the ultra-high molecular weight polyethylene fishing of 88.89tex is around in fiber on the braiding bobbin around the pipe machine with line density, thus obtain to have the processing of core braided wire face with the ultra-high molecular weight polyethylene fishing with filamental thread thigh bobbin.
With common high density polyethylene (HDPE) is raw material, adopting traditional spinning technique and spinneret orifice number is that 24 wire drawing machine obtains polyethylene fishing monofilament yarn synnema with certified products index, to become a twist number range be 118T/m～138T/m to the polyethylene fishing monofilament yarn that to contain 8 line densities be 30tex that polyethylene fishing monofilament yarn synnema divides that the silk back obtains by minute silk machine and twist with the fingers the polyethylene fishing monofilament yarn line thigh of twisting with the fingers to for " Z " through the twisting machine twisted, with three twist number ranges be at last 118T/m～138T/m and twist with the fingers to the polyethylene fishing monofilament yarn line stock-traders' know-how of twisting with the fingers for " Z " around pipe machine close wind on the braiding bobbin, thereby obtain to have the processing of core braided wire core with polyethylene fishing monofilament yarn core bobbin.
Fishery equipment and engineering are 11.5mm with the stitch length that energy-saving and cost-reducing type has the core braided wire to be adopted; Fishery equipment and engineering have the processing of core braided wire face to adopt 12 strands of polyamide fiber line thighs and 4 strands of ultra-high molecular weight polyethylene fishing filamental thread thighs with energy-saving and cost-reducing type; Fishery equipment and engineering have core braided wire central part filled polyethylene fishing monofilament yarn core with energy-saving and cost-reducing type;
Press polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, the ultra-high molecular weight polyethylene fishing has the processing of core braided wire face to be inserted on the ingot pole of 16 ingot braiding machines with filamental thread thigh bobbin with 12 strands of polyamide fiber line thigh bobbins and 4 bursts of ultra-high molecular weight polyethylene fishing with energy-saving and cost-reducing type fishery equipment and engineering with the bobbin order and the bobbin quantity of filamental thread thigh bobbin; Filling core places on the ingot iron of braiding machine bottom with polyethylene fishing monofilament yarn core bobbin, three polyethylene fishing monofilament yarn line thighs on the polyethylene fishing monofilament yarn core bobbin are introduced in the medium pore of braiding machine bottom, draw from the braiding thread guide eyelet, and have the line thigh in the core braided wire face to compile on they and fishery equipment and the engineering usefulness type of saving energy and reduce the cost.
Shake handwheel, spindle rotation is woven into the fishery equipment and engineering uses energy-saving and cost-reducing type that the top of core braided wire is arranged; Fishery equipment and engineering there are core braided wire top around sheave 5 roads～7 roads with energy-saving and cost-reducing type, the clutch that closes, the start braiding and the braiding machine spindle range of speeds are controlled at 25rap/min～35rap/min.
Keep the equalization of strain between each line thigh during braiding, fishery equipment and engineering have core braided wire line thigh and fishery equipment and engineering to have between the core braided wire line thigh mutually with energy-saving and cost-reducing type with energy-saving and cost-reducing type interlacing becomes fishery equipment and engineering with energy-saving and cost-reducing type core braided wire face to be arranged, fishery equipment and engineering have the core braided wire to process with polyethylene fishing monofilament yarn core with the type of saving energy and reduce the cost then to be filled in the fishery equipment and engineering uses the type of saving energy and reduce the cost that the central authorities of core braided wire are arranged; Fishery equipment and engineering with weaving forming has the core braided wire to draw from braiding machine with energy-saving and cost-reducing type at last, and is wound on the work beam, and the fishery equipment and the engineering that are processed into nominal diameter and are 1.94mm have the core braided wire with energy-saving and cost-reducing type.
The result shows through mechanical test, the present invention combines polyamide fiber, ultra-high molecular weight polyethylene fishing effectively with fiber, polyethylene fishing monofilament yarn and special braided wire technology, and processing the fishery equipment and the engineering that are fit to fish production has the core braided wire with energy-saving and cost-reducing type.The nominal diameter of the present invention processing is that the fishery equipment of 1.94mm has the line density of core braided wire and ultimate strength to be respectively 1.95ktex, 78.5daN with engineering with energy-saving and cost-reducing type, than the nominal diameter 2.35mm polyethylene among the industry standard SC/T 5006-1988 twist thread that diameter reduces 17.4%, line density reduces 10.4%, ultimate strength goods of inferior quality index raising 8.6%; The nominal diameter of the present invention processing be the fishery equipment of 1.94mm with the type of saving energy and reduce the cost the elongation at break of core braided wire to be arranged with engineering be 19.1%, percentage elongation meets the fish production needs.
Above embodiment shows that the processing braided wire is the key factor that influences the braided wire physical property with the height of matrix fiber intensity, because the present invention is the braided wire matrix fiber with polyamide fiber, ultra-high molecular weight polyethylene fishing with fiber and polyethylene fishing monofilament yarn, improved the braided wire ultimate strength with the intensity of matrix fiber by improving traditional braided wire.
The cost of manufacture and the energy consumption that how much are directly connected to polyethylene fishing monofilament yarn line thigh of the spinneret orifice number of wire drawing machine, the present invention adopts specific wire drawing machine spinneret orifice several 24, and this has saved the cost of manufacture and the energy consumption of polyethylene fishing monofilament yarn line thigh in the next procedure greatly.
The size of stitch length is directly connected to pitch length, presentation quality and the ultimate strength of braided wire, stitch length is excessive or too small, visible defects such as back of the body thigh, degree of tightness and the distortion of strand shape all may appear in the braided wire that is made into, the present invention spends the plenty of time and select the stitch length of 11.5mm length for use on the basis of a large amount of hard testing and verifications, this had both improved the presentation quality of braided wire, had improved the ultimate strength of braided wire again.
The strand count magnitude relation is to the cost performance of braided wire, the line thigh too much can increase branch wire process and system line cost, the line thigh is crossed at least can influence braided wire outward appearance, hydrodynamic performance and adaptability, the present invention spends the plenty of time and adopts special strand count amount (16 strands) to improve the cost performance of braided wire on the basis of a large amount of hard testing and verifications, has adapted to the fish production needs preferably.
Whether braided wire central authorities fill out core and fill out core arrives braided wire with the silk quantitative relation quality, compare with the centreless braided wire, the core braided wire of filling out in right amount behind the core that has has increased the fastness and the structural stability of anastomose after braided wire or the braided wire moulding, the present invention spends the plenty of time and select the certain line cored structure for use on the basis of a large amount of hard testing and verifications, core if any the core braided wire adopts three polyethylene fishing monofilament yarn line thighs, the twist number range of every polyethylene fishing monofilament yarn line thigh adopts 118T/m～138T/m, every polyethylene fishing monofilament yarn line thigh all adopts specific sth. made by twisting to (twisting with the fingers to twisting with the fingers for " Z ") etc., the present invention has been filled in core braided wire central authorities with the core that the core braided wire is arranged of certain line cored structure, and having improved greatly has core braided wire presentation quality, ultimate strength, fastness and structural stability that anastomose after the moulding of core braided wire is arranged.
To sum up, the present invention has improved cost performance, presentation quality, physical property and the applicability of braided wire with special braided wire technology.Mechanical test and production application result show: with the nominal diameter of technical solution of the present invention processing be 1.94mm fishery equipment and engineering with energy-saving and cost-reducing type have the core braided wire than the nominal diameter 2.35mm polyethylene among the industry standard SC/T 5006-1988 twist thread that diameter reduces 17.4%, line density reduces 10.4%, ultimate strength goods of inferior quality index raising 8.6%.
There is the core braided wire to be applied in the trawlnet fishing gear with energy-saving and cost-reducing type fishery equipment and engineering, keeping under the equal powerful prerequisite, because its nominal diameter obviously reduces, cause the water resistance of its corresponding trawlnet fishing gear to reduce and the trawlnet fishing gear reduces with raw material, like this oil consumption the during operation of trawlnet fishing gear and raw materials consumption also correspondence reduce, thereby it is energy-saving and cost-reducing to realize that the trawlnet fishing gear is produced.
To be the fishery equipment of 1.94mm and engineering have the core braided wire to substitute conventional polyethylene with energy-saving and cost-reducing type to the nominal diameter that the present invention produces twists thread and be used for aquaculture net box body etting and make, keeping under the equal powerful prerequisite, because its nominal diameter obviously reduces, cause the water resistance of its corresponding net cage casing etting to reduce, fouling organism bond area on the net cage casing etting reduces, net cage casing etting reduces with raw material and antifouling paint, this further causes the cage culture cost to reduce, cage culture draping number of times reduces, the required energy consumption of draping reduces in the cage culture process, thereby it is energy-saving and cost-reducing to realize that aquiculture net cage is produced.
To sum up, the energy-saving and cost-reducing technique effect of technical solution of the present invention in fish production is used is quite obvious; The nominal diameter of the present invention processing be the fishery equipment of 1.94mm with the type of saving energy and reduce the cost the elongation at break of core braided wire to be arranged with engineering be 19.1%, elongation at break meets the fish production needs, the shock resistant technique effect of netting gear is quite remarkable after its moulding.
The present invention meets the energy-saving and emission-reduction policy that country actively advocates, mechanical test and production application obvious technical effects, the present invention has satisfied the energy-conservation needs of production, job safety and the reduction labour intensity needs of Modern Fishery, help China fisherman change the line of production be transferred to civilian work, the essence of the sustainable development of China's sea fishery and China's fishery economic growth pattern changes, its comprehensive benefit is quite remarkable.
Claims (6)
1. fishery equipment and engineering have core braided wire processing method with energy-saving and cost-reducing type, it is characterized in that, may further comprise the steps:
(1) 5 polyamide fibers is also synthesized a branch of polyamide fiber bundle of not twisting through twisting machine, through around the pipe machine polyamide fiber bundle being around on the braiding bobbin, use polyamide fiber line thigh bobbin then thereby obtain to have core braided wire face to process;
(2) use around the pipe machine and the ultra-high molecular weight polyethylene fishing be around in fiber on the braiding bobbin, thus obtain to have the processing of core braided wire face with the ultra-high molecular weight polyethylene fishing with filamental thread thigh bobbin;
(3) employing spinneret orifice number is 24 wire drawing machine acquisition polyethylene fishing monofilament yarn synnema, to become a twist number range be 118T/m～138T/m to the 8 polyethylene fishing monofilament yarns that contain that polyethylene fishing monofilament yarn synnema divides by minute silk machine that the silk back obtains and twist with the fingers the polyethylene fishing monofilament yarn line thigh of twisting with the fingers to for " Z " through the twisting machine twisted, with three twist number ranges be at last 118T/m～138T/m and twist with the fingers to the polyethylene fishing monofilament yarn line stock-traders' know-how of twisting with the fingers for " Z " around pipe machine close wind on the braiding bobbin, thereby obtain to have the processing of core braided wire core with polyethylene fishing monofilament yarn core bobbin;
(4) fishery equipment and engineering are 11.5mm with the stitch length that energy-saving and cost-reducing type has the core braided wire to be adopted; 12 strands of polyamide fiber line thigh bobbins and 4 bursts of ultra-high molecular weight polyethylene fishing are pressed " polyamide fiber line thigh bobbin; polyamide fiber line thigh bobbin; polyamide fiber line thigh bobbin; ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin; polyamide fiber line thigh bobbin; polyamide fiber line thigh bobbin with filamental thread thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, ultra-high molecular weight polyethylene fishing filamental thread thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, polyamide fiber line thigh bobbin, the ultra-high molecular weight polyethylene fishing is with filamental thread thigh bobbin " order is inserted on the ingot pole of 16 ingot braiding machines, with energy-saving and cost-reducing type core braided wire face arranged as fishery equipment and engineering; Polyethylene fishing monofilament yarn core bobbin is placed on the ingot iron of braiding machine bottom, three polyethylene fishing monofilament yarn line thighs on the polyethylene fishing monofilament yarn core bobbin are introduced in the medium pore of braiding machine bottom, draw from the braiding thread guide eyelet, and have the line thigh in the core braided wire face to compile with energy-saving and cost-reducing type with fishery equipment and engineering, with energy-saving and cost-reducing type core braided wire central part is arranged as fishery equipment and engineering;
(5) shake handwheel, spindle rotation is woven into the fishery equipment and engineering uses energy-saving and cost-reducing type that the top of core braided wire is arranged; Fishery equipment and engineering there are core braided wire top around sheave 5 roads～7 roads with energy-saving and cost-reducing type, the clutch that closes, start braiding, thus process the fishery equipment and engineering has the core braided wire with energy-saving and cost-reducing type.
2. fishery equipment according to claim 1 and engineering have core braided wire processing method with energy-saving and cost-reducing type, it is characterized in that, the braiding machine spindle range of speeds is controlled at 25rap/min～35rap/min when weaving in the described step (5).
3. fishery equipment according to claim 1 and engineering have core braided wire processing method with energy-saving and cost-reducing type, it is characterized in that, keep the equalization of strain between each line thigh when weaving in the described step (5), fishery equipment and engineering have between the core braided wire line thigh mutually with energy-saving and cost-reducing type that interlacing becomes fishery equipment and engineering with energy-saving and cost-reducing type core braided wire face to be arranged, and fishery equipment and engineering have the core braided wire to process with polyethylene fishing monofilament yarn core with the type of saving energy and reduce the cost then to be filled in the fishery equipment and engineering uses the type of saving energy and reduce the cost that the central authorities of core braided wire are arranged; Fishery equipment and engineering with weaving forming has the core braided wire to draw from braiding machine with energy-saving and cost-reducing type at last, and is wound on the work beam, and being processed into fishery equipment and engineering has the core braided wire with energy-saving and cost-reducing type.
4. fishery equipment according to claim 1 and engineering have core braided wire processing method with energy-saving and cost-reducing type, it is characterized in that, the line density of described polyamide fiber is 23.3tex.
5. fishery equipment according to claim 1 and engineering have core braided wire processing method with energy-saving and cost-reducing type, it is characterized in that, described ultra-high molecular weight polyethylene fishing fiber linear density is 88.89tex.
6. fishery equipment according to claim 1 and engineering have core braided wire processing method with energy-saving and cost-reducing type, it is characterized in that, the line density of described polyethylene fishing monofilament yarn is 30tex.
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| CN 201110261388 CN102321949B (en) | 2011-09-06 | 2011-09-06 | Processing method of energy saving and consumption reduction cored braided wire used for fishery equipment and engineering |
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