TWM582967U - Composite cord and wire mesh for aquaculture net mesh - Google Patents

Abstract

The utility model relates to a composite silk thread network cable of an aquaculture box net, which is mainly composed of a multi-filament polyester fiber yarn material which is a soft plastic nylon thread and at least one or more copper alloy wire rods which are tightly woven in the multifilament yarn. In the ester fiber yarn material, the wire is formed into a wound composite wire mesh line with moderate linear softness and hardness and good support strength, and at least one or more copper alloy wire wires of the composite wire mesh wire have durability and high tensile strength. Strength, seawater corrosion resistance, high tensile strength, abrasion resistance, inhibition of seaweed shellfish adhesion, maintaining water flow permeability, high dissolved oxygen (DO) value, forming a friendly breeding environment, reducing the impact of aquaculture on the environment To enhance the niche of the aquaculture industry to maintain a friendly environment.

Description

Composite silk thread cable of aquaculture box net

This creation department has a composite wire network cable for aquaculture box net, especially one that can achieve high quality, light weight, good structural strength, durability, high tensile strength and excellent quality in the use of aquaculture nets. Light weight, anti-seawater corrosion, high tensile strength, anti-wear, can inhibit the adhesion of seaweed shellfish, maintain good water flow permeability, high dissolved oxygen (DO) value.

According to the figures in Figures 5~6, the general aquaculture fishery can be used to raise fish to reach the box network (10, 10a) of the original fish species without being mismatched and preventing the ingestion of predators. The network type of the net (10, 10a) is the plastic net (11, multifilament nylon yarn weaving) or copper net (11a) is the most common, but the traditional plastic net (11) is used as the breeding net (10). The net structure of the cable has a high softness and high elongation, which is easy to cause damage to the fish caught in the aquaculture by the strong predator fish, and the plastic mesh (11) itself is woven with multifilament nylon yarn. The main structure, so the water absorption is strong, so that marine organisms (A, such as: barnacles or seaweed) can grow and breed, which not only causes difficulty in cleaning the net, increases the cost of breeding, but also prevents the stability of the net and shortens the use. The life span, another metal mesh (11a) as the culture net (10a) solid material network wire structure is strong, although it can effectively resist the invasion of foreign predators, but the metal mesh (11a) copper body long-term dip After the seawater is set, it is easy to oxidize with the air to produce oxides (B). The dissolution of copper ions can inhibit the bacteria. And anti-biofouling, and the metal mesh (11a) of the headbox (10a) integrally assembled complex of high operation costs and assembly difficult deletion.

In view of the above-mentioned shortcomings of the above, the creator is exhausting his mind to study and design, and upholds the creative spirit of perseverance, through multiple discussions and trials and full improvement. Under the concept and improvement, this creation was launched.

The main purpose of this creation is to provide a composite wire network cable for aquaculture box nets, especially the number of wires of a plurality of multifilament polyester fiber yarn materials and at least one or more copper alloy wire wires. The proportion blended interlace is closely woven into a composite threaded wire mesh, so that the composite mesh wire mesh is braided into a net mesh body to form a composite wire mesh with moderate linear softness and moderate support strength. Durable, high tensile strength, seawater corrosion resistance, high tensile strength, abrasion resistance, inhibition of seaweed shellfish adhesion, good water flow permeability, high dissolved oxygen (DO) value, forming a friendly culture The environment reduces the impact of the aquaculture industry on the environment and enhances the niche of the aquaculture industry's sustainable operation.

Practice:

10‧‧‧Box Net

11‧‧‧Plastic net

10a‧‧‧Box net

11a‧‧‧ copper wire network

A‧‧‧ marine life

B‧‧‧Oxide

This creation:

5‧‧‧ casting process

51‧‧‧ casting furnace

20‧‧‧Box Net

21‧‧‧Composite wire network cable

22‧‧‧Multifilament polyester fiber yarn

23‧‧‧ Copper alloy wire

X‧‧‧ copper alloy melt

X1‧‧‧ copper alloy wire embryo

Figure 1 is a partial perspective view of the aquaculture net and composite wire mesh of the creation.

Figure 2 is a perspective view of the composite wire network cable of the present invention.

Figure 3 is a cross-sectional view of the composite wire mesh of the present invention.

Figure 4 is a schematic diagram of the casting process of the cast copper alloy wire preform of the present invention.

Figure 5 is a partial perspective view of a plastic net of aquaculture tank net.

Figure 6 is a partial perspective view of the metal mesh of the aquaculture tank net.

Please refer to Figures 1~3 (see also Figure 4). The composite silk thread (21) of the aquaculture net (20) of this creation is made of a number of soft plastic nylon threads. The multifilament polyester fiber material (22) is composed of at least one or more copper alloy wire (23), and the copper alloy wire (23) is obtained by adding an appropriate amount of high-purity electrolytic copper copper alloy raw material to the appropriate measuring tool. The metal element with high tensile strength, corrosion resistance and wear resistance is placed in the melting furnace, and the molten alloy is melted at a high temperature to form a copper alloy melt (X), and then the molten copper alloy melt (X) is injected into the casting furnace. (51), through the casting process (5) first After forming the copper alloy wire preform (X1), the copper alloy wire (23) with a predetermined wire diameter is drawn by a plurality of stretching processing procedures, wherein the copper wire of the wire is made. The wire is harder than the material of the multifilament polyester fiber yarn, and the multifilament polyester fiber material (22) can be set as a monofilament nylon (Mono) or a multifilament nylon (MuLti-Mono) or a polyethylene wire. (Polyethylene) or Nylon or Knotless, Dyneema strands, which are made of multiple multifilament polyester fiber yarns (22) and one or more copper alloy wires ( 23) Proportional wiring and blending and interlacing, so that the relatively hard material copper alloy wire (231) can be tightly woven into the multi-filament polyester fiber yarn (22) of the soft plastic nylon thread, At the same time, the copper alloy wire (23) and the multifilament polyester woven yarn material (22) are closely intertwined to form a composite wire network cable (21) with high strength, high winding resistance and good support strength.

By using the above-mentioned composite wire mesh (21) wire body, it can be prepared into various tubular aquaculture nets (20) according to the requirements of customization, so that the bearing has high strength, is not easy to break, and has good support strength. , excellent quality, light weight box network (20).

Thereby, at least one or more copper alloy wires (23) of the composite wire mesh (21) have natural antibacterial properties on the surface of the copper alloy wire, so that the woven mesh is formed into a water tank for water supply and breeding ( 20) When used in aquaculture seawater, the copper alloy wire (23) of the composite wire mesh (21) can be used for durability, high tensile strength, seawater corrosion resistance, high tensile strength and abrasion resistance. The damage characteristic, and the multifilament polyester fiber yarn material (22) interwoven with the copper alloy wire (23) is oxidized and released by the impregnated copper alloy wire (23), so that the composite wire mesh (21) The mesh line of the whole net surface of the aquaculture box (20) is fully elasticized with high tensile strength, seawater corrosion resistance, high tensile strength and abrasion resistance, and can effectively prevent marine organisms from adhering to Growth, good seawater permeability, high dissolved oxygen (DO) value, improved water flow circulation and help maintain high oxygen content, can inhibit parasites and pathogens and prevent the growth and breeding of marine organisms, reduce the added antibiotics Increase the amount of chemical agents attached to the antibiotic, increase the antibody, increase Develop rate, spending relatively lower feed costs, the problem will be attached to the network using conventional plastic headbox creatures, with greatly reduced Aquaculture for the cleaning of the cleaning and maintenance costs and the risk of divers, and the composite wire network (21) which is interwoven with the multi-filament polyester fiber (23) and the multifilament polyester fiber (22) Box net (20), which can retain copper alloy wire (23) with high tensile strength, seawater corrosion resistance, high tensile strength, anti-wear properties, and interwoven with multifilament polyester fiber yarn (22) Covering, greatly reducing the weight of the net and reducing the surface friction of the copper alloy wire (23), and a box net (20) with high strength, easy to break, good support strength, excellent quality and light weight, and The utility model can greatly simplify the construction complexity, thereby greatly reducing the installation cost, inhibiting the attachment of seaweed shellfish, maintaining good water flow permeability, high dissolved oxygen (DO) value, forming a friendly breeding environment, and reducing the impact of the breeding industry on the environment. Enhance the niche of sustainable farming operators.

In addition, please refer to the attachment for the actual results of the experimental results of the implementation of the product and the actual results of the implementation of the product. It is obvious that the figure (a) is the traditional plastic mesh product (a1) and the original composite wire network cable. (21) The actual results of the experimental results of the mesh product (a2) compiled, and the (b) is the set of mesh products (b2) prepared by the creative composite wire mesh (21) in the conventional PVC pipe frame product ( B1) The actual results of the experimental results show that the mesh prepared by the composite composite wire mesh (21) is compared with the conventional plastic mesh product (a1) or the PVC pipe frame product (b1) at the same time. Compared with the same external aquaculture environment in the same location, and placed in the fishing ground of Penghu in Taiwan for six months after comparison, the plastic mesh products (a1) and (b) PVC of Figure (a) The tube frame product (b1) is obviously attached to marine organisms and seaweed breeding, and the mesh products (a2) and (b2) prepared by the original composite wire network cable (21) remain uncontaminated after six months of use. And it is not affected by the attachment and propagation of marine organisms. It is obvious that the composite wire network cable (21) of the present invention has a good effect.

At the same time, the copper alloy wire (23) and the multifilament polyester fiber material (22) are interwoven to form a high-strength linear soft and hard medium, good support strength, excellent quality, light weight and easy assembly. Wire mesh wire (21).

In summary, when the Zhiben creation can be widely used by related industries, and the creation has complied with the provisions of the Patent Law before the application, the patent application is filed according to law, and the application is required. It is praying to pay for the patent.

However, the above is only one of the possible embodiments of this creation and has been limited to the scope of the implementation of this creation, that is, the equivalent changes or modifications of the characteristics and spirit described in the scope of this application are still This creative patent covers the scope.

Claims (5)

The utility model relates to a composite wire mesh wire of aquaculture box net, which is mainly composed of a plurality of multifilament polyester fiber yarn materials and at least one or more copper alloy wire materials which are interwoven and braided to form a composite wire mesh body line body, so that The copper alloy wire is tightly woven in the multifilament polyester fiber material, so that the copper alloy wire can be tightly woven into the multifilament polyester fiber yarn of the plastic nylon thread, and the copper is The alloy wire and the multifilament polyester fiber yarn are closely intertwined to form a composite wire mesh with high strength, high winding resistance, good support strength, excellent quality and light weight. The composite wire mesh of the aquaculture tank net according to claim 1, wherein the number of the multifilament polyester fiber yarns of the wire is more than the proportion of the copper alloy wire. According to the composite wire mesh of the aquaculture net of claim 1, wherein the multifilament polyester fiber yarn can be set as a monofilament nylon thread or a multifilament nylon thread or a polyethylene thread or a nylon or a single Silk seam, Denise wire. The composite wire mesh of the aquaculture tank net according to claim 1, wherein the copper alloy wire of the wire is harder than the material of the multifilament polyester fiber. According to the composite wire network cable of the aquaculture tank net described in claim 1, wherein the copper alloy wire of the wire is added with an appropriate amount of high-strength copper alloy raw material with a high amount of high-purity electrolytic copper. Corrosion-resistant and wear-resistant metal elements are melted at a high temperature to be mixed into a copper alloy melt and then formed by a casting process. The copper alloy wire preforms are drawn by a plurality of stretching processes to form a predetermined wire diameter fineness. Copper alloy wire.