TW585953B - A net body, the manufacture method and production facility thereof, and the cage body using it - Google Patents

Abstract

This invention provides a net body, the manufacture method and production facility thereof, and the cage body using it. The manufacture method for the structure of the net body comprises the following steps of: weaving and erecting multiple mount wires between two opposite supporting cords which are separated at a proper interval space, and winding small rings shaped by overlapping the bending parts of the mount wires to each other to form small and big meshes which are parallel, vertical, or slope with an expected angle to each other. There are wires weaving through the small meshes, which are vertical or slope with an expected angle to the big meshes, mentioned above to construct a net body to be assembled as a cage body.

Description

585953 V. Description of the invention (1) [Technical Field] The present invention mainly relates to a net body which is assembled and placed on a river and a body, and the manufacturing method of the net body is a cage formed by holding and holding for 4 a. Law and production preparation and use of the mesh body group [Previous technology] As shown in (1) 'Cages placed in rivers for gravel, are made of love-shaped metal mesh (or tortoise-shaped metal mesh) 7〇 Make up. The rhomboid metal mesh 70 is composed of meshes 73 of the same size as each of the bent portions 72 of the chevron 71, but cannot be composed of meshes of different sizes. To form this kind of mesh with different sizes of meshes, it takes considerable effort, and: It must be expensive to build equipment. Therefore, as shown in FIG. 27 (2), the cage 74 composed of the diamond K-shaped metal net "° can only hold m ξ: and when it is placed on the river, it is easy to be smooth because its upper surface is smooth. When the cage 74 is lifted, there is also a problem that the meshes are broken due to the stress concentration of u in the meshes due to the hanging of the meshes by the hanging hooks. Right. In view of the above problems, right-handed man, the purpose is to provide production equipment, a manufacturing method that is not easy to slip on the upper surface, and a cage that lifts it. The hanging hook can be used without hanging the mesh. Yuan Cheng has the above-mentioned problem. The two meshes with proper intervals in the hair have the following characteristics: a mountain-shaped wire is wound between the mountain-supporting wire, and a braided frame is provided with a plurality of, mountain-shaped,, and 、 bends. Small rings formed by overlapping each other,

$ 5 pages 585953

Forming a small mesh and a large mesh, the small straight or inclined at a predetermined angle as described above is perpendicular or parallel to a designated angle line passing through. As mentioned above, the mesh with the large mesh is at the location where the large mesh is intertwined, and the 0 mesh is horizontal and vertical with respect to the large mesh. In addition, its characteristics include the small mesh in the inclined state. The small meshes on the same horizontal plane as the branch form a mesh formed by these meshes of different sizes, which are perpendicular to the large mesh or inclined at a specified angle

Formation: Small meshes' protrude to both sides of the mesh body to form a tortoise shell-shaped mesh body. There are also wires that pass through the small meshes that are vertical or inclined at a specified angle and are parallel to the support line, and divide the large meshes in half. In addition, in order to accomplish the above-mentioned problem, the method for manufacturing a mesh body of the present invention has the following characteristics: Two gable wires are braided and erected between two opposing support wires separated by an appropriate interval, and the bent portions of the gable wire overlap each other After the large loop and the small loop are formed, the small loop is twisted to form a small mesh and a large mesh, and the curved portion of the large mesh and the f-curved portion of the other mountain-shaped wire braided between the support lines overlap each other to form another After the large ring and small ring

The ring forms a small mesh and a large mesh, and is further characterized by inserting a winding rod into the small ring and twisting it. τ As described above, the small loops formed by overlapping the curved portions of the two gauze wires with each other are formed so that the small mesh and the large mesh are staggered at the same time. Next, a small loop formed by overlapping the curved portion of the large mesh and the curved portion of another gauze wire braided between the support wires is wound to form small meshes at the interlaced portions of the large meshes. This operation is repeated one by one in the interlaced part of each large mesh

585953

V. Description of the invention (3) A small mesh is formed at the position to produce the mesh body. In addition, when turning the winding rod to wind the small ring, a small mesh is formed. At the same time, a large mesh is formed. In addition, the production equipment of the mesh body of the present invention is also characterized by having: a mounting table, a sliding plate provided on the base table at appropriate intervals; a rotary plate provided on both sides of the base table; a frame inspection component, It crosses between the upper part of the rotary plate and can move freely up and down; The winding rod is arranged on the aforementioned horizontal frame member at a proper interval and pendently, wherein the front and rear sides of the aforementioned mounting platform are erected The hook pin hanging the gable wire, at least one hook pin of the pair of hook pins can slide freely. The mounting platform described above is used for placing the gable wire so that the hook pin on the rear end side thereof catches the bent portion of the first gauze wire, and at the same time, the hook pin on the front side side thereof catches the bend of the second gauze wire. Parts, each curved part is overlapped with each other, a large ring is formed on the mounting table, and a small ring is formed between the mounting tables. Next, a winding rod provided in a pendant shape on the horizontal frame member is inserted into a small ring and rotated, and the small ring is wound, and small and large meshes are formed alternately at the same time. Then, slide the hook pin on the front side toward the inside of the large mesh to remove the large mesh from the fishing pin. ° In addition, in order to accomplish the above-mentioned problem, the cage of the present invention has the following characteristics: a braid is erected between two opposite support lines spaced at an appropriate interval.

Page 7 V. Description of the invention (4) There are a plurality of gauze wires, and small baby rings are formed to form a small mesh ρΤ Γ The curved portions are overlapped with each other flat, vertical or with ^ large meshes. In the large mesh, the water body is assembled into a box shape, and the oblique state forms a mesh body. The mesh is vertical or in the shape of a body, and its characteristics also include the passing of parallel wires in the household line. The small mesh in the oblique state has support in it. As mentioned above, it is vertical with respect to the large mesh or starts with Hu Ding &#. In addition, it protrudes from the second part: The surface becomes a non-slip convex that can bite the upper layer or; the surface = net "cage is displaced when it is stacked. The small meshes protruding inside the dragon body can prevent crushed stones and branches: : Flat hanging ;: Hanging K-fishing through the small mesh. How can the stress concentrated on the mesh be evenly distributed. Ϊ́ΐ 有 Ϊ: 20% of the above-mentioned subject 'The cage of the present invention has the following characteristics ΪBetween two opposite support lines separated by if, braided frame] S't! The bends of the winding wire are overlapped with each other: flat, vertical, or designated = tilt: small mesh The large mesh is in a state where the water eye and the small mesh are in an intertwined part == to form a mesh body. 'The large mesh is folded into a tube body, and then the mesh body is made into a cage by using a vertical direction of the additional contact point / α The body is also characterized by the two sides of the cylinder, so that the small net in a tilted state is vertical or the designated corner has a wire parallel to the support line passing through it. 585953

The cylinder that is also formed is closed on the right day (open rain). V. Description of the invention (5) As mentioned above, the mesh is bent in the direction where the large mesh is perpendicular to the line. In this way, the cylinder is placed on the side of Heta's cylinder (bent to form a closed cage. In addition, the two parts passing through the small mesh are formed to have a size [Embodiment] The following 'based on the attached' The figure describes the production equipment and use of the net and the net body in detail. First, the embodiment of the net production equipment and the cage made of the net body using the same device will be described using the same symbol, and the parts will be different from the supporting side. In the open state, the two sides are formed by the four sides, and the four sides are sealed. The parallel wires divide the large meshes into the cages of the meshes. Specific Embodiments of the Carcass The embodiment of the body is described next, the method of making the net body by the net body, and finally the use is explained. In each embodiment, the same knot structure is given different symbols to explain

FIG. 1 shows the mesh body 1 of the first embodiment. As shown in the figure, the mesh body 1 is a tortoise-shaped metal mesh, which is formed by weaving and setting up a yakane-shaped wire 3 between two opposite support wires 2. Both ends of these gauze wires 3 are wound around the supporting wire 2, and each pair of adjacent bent portions 4 are interwoven to form a large mesh 5, and small meshes 7 of a rhombic shape are formed at the interlaced portions 6 of the large mesh 5. This small mesh 7 is formed by twisting a quadrilateral ring formed by overlapping a pair of bent portions 4 of adjacent mountain-shaped wires 3 with each other several times, and is in the same horizontal state as the large mesh 5. In addition, in the large mesh 5 on which both side ends of the small mesh 7 are not formed, side end lines 10 pass through.

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5. Description of the invention (6) In the net body 1 thus formed, the portion 6 has the function of a hinge, so it is bent in the direction of. The large mesh forming the small mesh 7 can be intertwined with the support line 2 ^ Fig. 2 shows that the small mesh 7 of the second embodiment 11 is a larger rhombic mesh 5-divided into two, except that Exomorphism is the same.的 网 体 11。 The net body 11. As shown in the figure, the mesh body is connected to adjacent small meshes 7 to connect the large mesh body with the mesh body 1 in FIG. 1. FIG. 3 shows the mesh body 12 of the third embodiment. As shown in the figure, the small mesh 7 of $ 12 is vertical or inclined with respect to the large mesh 5 (the inclination is based on the wire that will be explained later), so that the two sides of the curved portion 8 are convex In addition, the structure of the mesh body is the same as that of 2 in the figure. The inclination angle of this small mesh 7 can be changed at will in accordance with the convexity of the curved portion 8. For example, when the height of the protrusion is low, the tilt angle can be made close to the horizontal state. Conversely, when the height of the protrusion is high, the tilt angle can be made vertical or close to the vertical state. FIG. 4 shows a mesh body 13 according to the fourth embodiment. As shown in the figure, in the mesh body 13, a small mesh 7 has a wire 14 parallel to the support line 2 passing through, and both ends of the mesh body 14 are bundled with the side end line 10. In addition, the mesh body and the The mesh body in Figure j has the same structure. Passing the wires 14 through the small meshes 7 in this way can divide the large meshes 5 into two smaller meshes 15. The above-mentioned mesh bodies 1, 11, 12, and 13 are manufactured by the production facility 16 shown in Fig. 5. As shown in the figure, the production equipment of the mesh body 6 is composed of a mounting table 19, a rotary plate 20, a horizontal frame member 21, and a winding rod 22, wherein the mounting tables 19 are disposed at appropriate intervals on the Abutment 丨 7 Slide plate 丨 8

Page 10 585953 V. Description of the invention (7) The revolving plate 20 is oppositely disposed on both sides of the base 17 and the horizontal frame member 21 is bridged between the upper portions of the revolving plate 20 and can be freely moved up and down. When moving, the said winding rods 22 are provided in the horizontal frame member 21 at a proper interval and in a pendant shape. '' As shown in FIGS. 6 and 7, a slide plate 18 is provided over the entire length of the base 17 by means of a linear support member 25 composed of a slide guide 23 and a slide guide member 24, and is connected to the slide plate. A hydraulic cylinder 26 at one end of 18 makes it possible to slide. A bracket 27 is provided on the slide plate 18 at appropriate intervals, and a top plate 28 fixed to the upper surface of the bracket 27 constitutes a mounting table 19. In this way, a plurality of mounting tables 9 are provided on the sliding plate 18 at a small interval, and the 'hydraulic cylinder 26 can slide it in the lateral direction. In addition, hook pins 29 and 30 are erected on the front and rear sides of the top plate 28 of the mounting table 19, respectively. The hook pins 29 on the front side are provided at the front of the hydraulic cylinder 26 and can extend along the long hole 31. slide. In this way, as shown in FIG. 8, the bent portion 33 of the first chevron wire 32 is hooked on the hook pin 30 on the rear end side, and the bent portion 35 of the second chevron wire 34 is hooked on the rear side side hook. The hook pins 29 and the pair of bent portions 33 and 35 overlap each other to form a large ring 36 on each of the mounting tables 19, and a small ring 37 is formed between each of the mounting tables 19. In addition, in the center portion of the top plate 28, an insertion hole 39 is opened, and a small mesh hook pin 40 protrudes from the top plate 28 there. Fig. 9 shows a mounting table 19 provided on both sides, and a crank clip 41 of the top plate 28 is a pressing device for pressing the ends of the gable wires 32 and 34 hung on the mounting table 19. Therefore, if the handle 42 is lifted upward (in the direction of the arrow), the pressure plate 43 will rotate in a direction away from the top plate 28. Conversely, the handle 42 will be rotated downward. The pressure plate 43 is pressed toward the top plate 28, and the mountain wire 32 is thus pressed. End of 34

Page 11 585953 V. Description of the invention (8) Squeeze. The rotary plates 20 provided on both sides of the base 17 are driven by a drive motor 45, and can rotate around the shaft 46 (see FIG. 5). In addition, as shown in FIG. 10, the horizontal frame member 21 is bridged between the upper portions of the rotary plate 20 by a linear support member 25 composed of a slide guide 23 and a slide guide member 24. The sliding guide member 24 of the linear support member 25 is connected to a connecting member 47 connected to one end of the horizontal frame member 21, and the connecting member 47 is connected to a front end portion of a hydraulic cylinder 26 provided on the rotary plate 20. Therefore, the horizontal frame member 21 can be driven by the hydraulic cylinder 26 to perform up-and-down motion, and can also be driven by the rotary plate 20 to perform rotary motion. b In addition, as shown in FIG. 10, the winding rods 22 are placed on the horizontal frame member 21 at appropriate intervals and draped so that the front end portion is 38 ° between the mounting tables. The winding rod 22 may be driven by the hydraulic cylinder 26 to perform up-and-down motion, and at the same time, driven by the rotary plate 20 to perform a rotary motion around the front end portion. In addition, the winding rod 22 is lifted before the gable wires 32 and 34 are attached to the mounting table 19, and after the gable wires 32 and 34 are attached to the mounting table 19, the coiled rod 22 is in a drop shape and the front end portion thereof is inserted into the small ring 37. The following method will be described below based on Fig. 5 and Fig. Π- !? First, as shown in FIG. 5, the winding rod 22 is pushed upward to withdraw it from between the mounting platforms 38. Next, as shown in (1), the first gable wire 32 is placed on the mounting table 9 and the bent portion 3 of the hook wire 3 is hooked on the hook pin 30 on the rear side. Then, the second gable wire 34 is placed on the mounting table 19, and the bent portion 35 thereof is hooked to the hook pin 29, so that the large J-cloth 36 formed by the bent portions 33 and 35 overlapping each other is located on the mounting table 9 Small ring 37 is located on the mounting table

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38 places. Next, as shown in "⑴", the horizontal frame member 2i is dropped, and a small ring 37 is inserted into the front end portion of the winding rod 22. Money moving horizontal frame parts = winding small% 3-7. The winding rod 22 rotates 18 °. After that, the hydraulic cylinder pulls out the front end of the winding rod 22 from the small ring so that the horizontal frame member 21 is lowered. At the same time, the rotary plate 20 is reversely rotated and returned to its initial position (upper side). Operate the winding rod 22 in the same way as ΐ, insert the tip 邛 into the small mounting 37, g, and turn it in the same way as above. Repeat this operation and wind the small ring 2 to 3 times, as shown in the figure. As shown in FIG. 12 (1), the large mesh 5 and the small mesh 7 can be formed simultaneously and staggered to manufacture a mesh wire 48 '. Such a method of winding the small ring 37 to form the large mesh 5 and the small mesh 7 To increase the tension of the large mesh 5 ', and the network cable 48 cannot be lifted from the hook pins 29 and 30 at this time' as shown in FIG. 12 (2) 'The hydraulic cylinder 29 causes the front side: the hook pin 29 sliding to reduce the tension of the large mesh 5 so that the wire can be removed from the hook pins 29, 30. In addition, in addition to the method of forming a large mesh and a small mesh 7 by twisting the small ring 37, also You can use the splint to pinch Guanguan and twist it around.

Next, as shown in FIG. 13 (1), the hydraulic cylinder 26 lifts the horizontal frame member 1, and pulls out the winding rod 22 from between the mounting platforms 38. Then, loosen the crank clip 41 on the mounting table 19 at both ends, and remove the mesh wire 48 formed with the large mesh 5 and the small mesh 7 from the hook pins 29 and 30. At the same time, the hydraulic cylinder 26 moves the mounting table 19 directly below the winding rod 22, that is, the portion where the small mesh 7 is formed. As shown in Fig. 13 (2), the small meshes 7 are hooked to the small mesh hook locks 40, and the large meshes 5 are positioned 38 between the mounting tables.

585953

The lower liquid-gas cylinder 26 moves the mounting table 19 to its initial position, and the blade% is set at the position 38 between the mounting tables. Then, as shown in the figure] "i", place the third gable wire 49 on the mounting table 9 and bend its curved portion 5: == hook lock 29, large mesh curled portion 51 and second shape The bows and bows of the silk reciprocate each other and form a small ring 37 between the mounts 38. And in turn) the net • has, the small ring 37 is wound around the small mesh 7 in the same manner as described above. In the work of Λ, the mesh body 1 forming body 1 shown in FIG. 14 (2) is formed with small mesh sizes 5 and 7 at the interlaced portion 6 of the large mesh 5. The body is shown in FIG. 15 For the small mesh 7 perpendicular to the large mesh 5

0 丄, "a π limb, blade, ie, the mesh body 12 in 3. This mesh body 12 shows its manufacturing method by almost the same method as above. As shown in FIG. 16, the amount of rotation is more or less than the above = male,); =, the small mesh 7 of the upper rod 22 is wound. Then, as shown in FIG. 16 (2), the same as the above 2,

The network cable 48 removed from the hook pins 29 and 30 is placed on the mounting A9, and the fan / small mesh 7 is inserted into the jack 39 'as shown in FIG. As in FIG. 14σ, the first dead-shaped wire 49 is placed on the mounting table 19 to form a large ring 36 and a small ring 3 ?, and each of them is wound to form a small ring perpendicular to the horizontal large mesh 5 The meshes are not repeated in this order, and the mesh 1 shown in FIG. 3 or FIG. 15 is manufactured. FIG. 18 shows the cage 52 of the first embodiment. The cage body 52 is obtained by assembling a mesh body 1 shown in a figure into a rectangular parallelepiped, and bundling the mesh body 1 with a spiral wire 53, and has meshes 5 and 7 of different sizes. FIG. 19 shows a cage 54 according to the second embodiment. The cage 54 is shown in FIG. 3

Page 14 585953 V. Description of the invention (11) The net body 12 not assembled is assembled into a rectangular parallelepiped, and is bundled with a spiral wire 53. The curved portion 8 of the small mesh projects from its surface or inner surface. As shown in FIG. M, when the cage 54 is stacked and placed on a river or the like, the curved portion 8 of the upper cage 55 protruding from the upper surface thereof becomes a non-slip protrusion, and the middle cage 56 The bent portions 8 protruding from the upper and lower surfaces thereof bite the upper and lower cages 55 and 57 and become protrusions for preventing misalignment. As shown in Fig. 21, when the bottom net of the upper cage and the upper cover of the lower cage are partially overlapped with the 7th part of the temple, since the upper covers 58 and 59 of the lower cage 56 and 57 are bent, the percentage is curved.卩 8 bites the bottom net of the upper cage, so there is no need to bundle the upper covers 58, 59 and the bottom net with a spiral 53. FIG. 22 shows a cage 60 of a third embodiment. The cage body 60 is made of the mesh body 12 in FIG. 3. Specifically, as shown in the figure, the interlaced portion 6 of the large mesh with a hinge function is bent in a direction perpendicular to the support line 2 to form a square. The body 61 and the mesh body 12 having the same structure are assembled on both sides of the cylinder body 61: Since the interlaced portion 6 of the large mesh forming the small mesh 7 can be bent, the cage 60 is simply assembled. A cage 62 according to the fourth embodiment is shown in Fig. 23. The cage body 62 is made of the mesh body 13 in Fig. 4. Since the hanging wire hook can be hung on the wire 14 on the side thereof, the stress concentrated on the large mesh 5 can be evenly dispersed. Because the cage 62 is formed with large and small meshes, it also contains large and small crushed stones. In addition, the wire rod 14 does not need to pass through the small meshes 7, but passes through every other small mesh or only two or small meshes 7 (not shown). Fig. 24 shows a cage 63 of the fifth embodiment. The cage 63 is the same as the figure u

Page 15 585953 V. Description of the invention (12) In the same way, the interlaced portion 6 of the large mesh with a hinge function is bent in a direction perpendicular to the support line 2 to form a square cylinder 61, and then two portions of the cylinder 61 are bent. Each side is closed with a mesh body 13 having the same structure. In this case, as shown in Fig. 25 (j) ', since the bent portion 64 of the wire 14 functions as a hinge connection, the mesh body can be simply bent. The same effect can be obtained by stacking the cage 63 as shown in FIG. 20 or 21. Fig. 26 is a cylindrical body obtained by bending the mesh body 13 in Fig. 4, that is, a cylindrical body 61 having both sides open, and a cage 65 formed by being tiled and connected. When the aforementioned cylindrical body 61 is placed on a river, the two open sides are closed by the side surface 66 (bent surface) of the other cylindrical body 61, and this side surface ⑼ becomes the side surface of the aforementioned cylindrical body 61, so that A cage 65 may be formed with all sides closed. In this way, a tiled cage can be simply formed by only one kind of cylinder 61. The present invention is sufficient to provide a mesh body with large and small different meshes, that is, a small mesh is formed at the interlaced portion of the large mesh. In addition, the present invention can provide a method and a production device for easily producing a mesh body having large and small different meshes, that is, small meshes are formed at the interlaced portion of the large meshes. In addition, the present invention can also provide The upper surface is not easy to skid, and the hanging wire hook for lifting can be hung from the cage without hanging on the mesh. As mentioned above, the technical content provided by the present invention can indeed solve the shortcomings of similar items and achieve expectations. The effect can be said to be a highly greedy idea that uses the technical principles of natural law, but for the invention to be used in the industry, the invention patent is applied in accordance with the law. However, the above are only the best of the present invention. Examples only, when not

585953 V. Description of the invention (13) The scope of patent of the present invention can be limited by it. Therefore, all equivalent structural changes made by applying the content of the patent scope of this specification are included in the scope of patent application of the present invention. «

Page 17 585953 Brief description of the drawings (I) Description of the drawings: Fig. 1 is a perspective view of a net body according to the first embodiment of the present invention. FIG. 2 is a perspective view of a mesh body according to a second embodiment of the present invention. Fig. 3 is a perspective view of a mesh body according to a third embodiment of the present invention. Fig. 4 is a perspective view of a mesh body according to a fourth embodiment of the present invention. Fig. 5 is a main schematic diagram of the production equipment of the mesh body. FIG. 6 is a plan view of a mounting table. FIG. 7 is a side view of the mounting table. Fig. 8 (1) is a plan view of a mounting table on which a gauze wire is placed. Fig. 8 (2) is a perspective view of Fig. 8 (1). Fig. 9 (1) is a side view of the mounting table at both ends of the sliding plate < Fig. 9 (2) is a plan view of Fig. 9 (1). Fig. 10 is an enlarged view of the main parts of the production equipment of the mesh body. Fig. 11 (1) is a plan view of a mounting table on which a gauze wire is placed. Fig. 11 (2) is a side view of the mounting table when the winding rod is rotated. Fig. 12 (1) is a plan view of a mesh in which large and small meshes are formed. Figure 1 2 (2) is a top view of the mounting table after the hook pin on the front side is displaced. Figure 13 (1) is a main schematic view of the mounting table moved directly below the winding rod. Figure 1 3 (2) is a small hook Top view of mesh with hook pin for mesh. Fig. 14 (1) is a top view of another gauze on the mesh. Fig. 14 (2) is a plan view of the mesh body according to the first embodiment. Fig. 15 (1) is a plan view of a mesh body according to a second embodiment. Fig. 15 (2) is a perspective view of Fig. 15 (1). Figure 16 (1) is a top view of a mesh formed by small meshes and large meshes perpendicularly

Page 18 585953 Brief description of the drawings Fig. 16 (2) is a top view of a mesh where a small mesh is inserted into the jack of the mounting table. FIG. 17 is a perspective view of a mesh in which a small mesh is inserted into a jack of a mounting table. Fig. 18 shows the cage of the first embodiment, (1) is a perspective view, and (2) is a plan view. FIG. 19 shows a cage according to a second embodiment, (1) is a perspective view, (2) is a plan view, (3) is a cross-sectional view taken along the line AA of FIG. . FIG. 20 (1) is a perspective view of a cage according to a second embodiment stacked. Fig. 20 (2) is a sectional view of Fig. 20 (1). FIG. 21 (1) is a perspective view of a cage according to a third embodiment stacked. Fig. 21 (2) is a sectional view of Fig. 21 (1). Fig. 22 (1) is a perspective view showing a method of assembling a cage according to a third embodiment. Fig. 22 (2) is a sectional view of Fig. 22 (1). FIG. 23 shows a cage according to the fourth embodiment, (1) is a perspective view, (2) is a plan view, (3) is a CC sectional view of FIG. (2), and (4) is a DD sectional view of (2) . FIG. 24 is a perspective view showing a method of assembling a cage according to a fifth embodiment. Fig. 25 shows a method for assembling a cage according to a fifth embodiment. (1) is a plan view of a mesh body, and (2) is a cross-sectional view. Fig. 26 shows a method of placing a cage according to a fourth embodiment, (1) is a perspective view of a tiled cage, and (2) is a plan view showing the method of placing. Figure 2 7 is a schematic view of a conventional mesh body and a cage body, (1) is a top view of the mesh body

Page 19 585953 The diagram is briefly explained. (2) is a perspective view of the cage. (2) Diagram number description: [Learning section]

7 0-rhombic metal mesh 7 3-mesh [part of the present invention] 1, 11, 12, 13-mesh I 3, 49-Yamagata wire 4, 33, 35, 50, 51, 5-large mesh 1 0- Side end line 1 6-Production equipment 19-Mounting table 2 2-Winding rod 25-Linear support member 2 8-Top plate 3 1-Long hole 3 6-Large ring 3 9-Jack 4 3-Pressure plate 47-Connecting member 52 ^ 54 > 60 > 62 55-upper cage 58, 59-upper cover 6 6-side 7 1-gauze 74-cage 6-intertwined 14-wire 17-abutment 2-rotary plate 23 -Sliding guide 2 6 -Hydraulic cylinder 29 ^ 30 3 2 -The first gauze wire 3 7 -Small ring 4 1 -Crank cool 4 5 -Drive motor 63, 65-Cage 56-Middle cage 61-Cylinder 7 2-Bending part 75-Crushed stone 2-Support line 8-Bending part 7-Small mesh 1 5-Mesh 1 8-Slide plate 2 1-Horizontal frame member 24-Slide guide member 27-Bracket 4 0-Take Fishing pin 34- second yam-shaped wire 38- between the mounting table 4 2 _grip 4 6 -shaft 4 8 -net cable 5 3 -spiral 57-lower cage 64-bend

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Claims (1)

/ 、、 Scope of patent application 1. A net body, characterized by: The braided erection between two support lines placed with two pairs of appropriate intervals separated from each other: Genshan-shaped wire, twisted The small mesh of the mountain-shaped wire is relatively flat with respect to the large mesh: it forms a small mesh and a large mesh, and is inclined. Tilt vertically or at a specified angle 2. As described in item 1 of the scope of patent application + A Λ = tilted vertically or at a specified angle = body; where the wires parallel to the line pass through. 3, a small mesh with oblique shape and support 3, a method of manufacturing a mesh body, pot material material inflammation. Between the two opposite support lines prepared, the characteristics are usually. There is a suitable space in the partition The curved parts of the shaped wire overlap each other with large ring wood ^ root mountain shaped wire. After the mountain ring forms a small mesh and a large mesh P-coat and a small percent, the small loop and the curved part are wound to overlap to form another large 4 , Rushen V emperor around, the ring forms a small mesh and a large mesh. In the method of manufacturing a mesh body described in item 3 of the φM patent scope, the winding method is a method of inserting a small ring using a winding rod. The production equipment of the mesh body is characterized by: -ί ί: Sliding plates provided on the abutment at appropriate intervals; Rotating plates' are provided on both sides of the abutment; By transport: frame parts that span between the upper parts of the rotating plate and can be screwed up and down, The VO sticks are arranged on the aforementioned components at appropriate intervals and in a pendant shape; wherein the front and rear sides of the aforementioned mounting platform are erected with a gable wire hanging 585953 6. Patent application scope: -— ^ 's hook pin, the pair of hook pins are small. —Square hook casting system can slide freely6. A cage body characterized by == # 1 or 2 of the net body group into two • This system is formed by the phase of the patent application . 7 · A cage, characterized in that the mesh body described in its large mesh and small mesh: six == two or more folds of the body of item 1 or 2, and then use other mesh bodies to form the tube Φ Page 22