JPH10257837A - Net structure of basket for catching fish or the like - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide the net structure of a basket for catching fish, etc., by which a mesh position to be restrained to extension frames is easily recognized and to correctly extend a net body at the time of extending an outer peripheral surface net body in the extension frames. SOLUTION: In a circular base part annular body 1 where a base net body is extended, the both end parts of the plurality of semicircular-arcuate extension frames 2 are supported and connected, the outer peripheral surface net body M is extended between the base part annular body 1 and the extension frames 2 and also between the respective extension frames 2 and an entering port for fish, etc., provided with a return preventing part 4 on the side surface of the outer peripheral surface net body M in the basket for catching fish, etc. In the basket, the mesh part of a prescribed number of stitches with the mesh part of the outer peripheral surface net body M to be restrained to the base annular body 1 as reference is adopted as the frame restraining mesh M-2 to be restrained in the extension frames 2 and also net string for forming the frame body restraining mesh M-2 is made to be thicker than that of other meshes.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a net structure of a basket for catching fish and the like.

[0002]

2. Description of the Related Art Heretofore, there has been a basket which is composed of a foldable stretched body and a net so as to facilitate transportation and storage as a basket for catching fish and the like.

[0003] In these cages, both ends of two semi-arc-shaped tension members are pivotally connected to a circular base ring to make the semi-arc-shaped tension members freely foldable. A base mesh body serving as a bottom surface is stretched over the base ring body, and an outer circumferential surface mesh body is stretched over the outer circumferential surface from the base ring body to the tethered body.

[0004] An entrance for fish and the like is provided on the side surface of the outer peripheral net, and a tubular net as a non-return portion is continuously provided.

[0005] These basic structures are disclosed, for example, in Japanese Utility Model Publication No. 5-3013.

[0006]

As described above, when the outer peripheral surface net is stretched on the semicircular arc-shaped tensioned body pivotally attached to the circular base ring, the mesh extending from the base ring to the tensioned body is stretched. Must be a predetermined number of meshes. This is because, when the tensioning body is assembled, the mesh body does not tension and does not cover the outer periphery of the bone body.

As described above, unless the outer peripheral net is stretched with an appropriate tension, the entrance does not return and the portion does not function. Therefore, the number of meshes of the outer peripheral net is very important.

However, when the outer peripheral net is stretched from the base ring to the tether, it is a complicated task to count the number of meshes and to position and lock the tether at the correct mesh position. In many cases, the number of meshes may be incorrect, and furthermore, the portion where the mesh portion located on the stretched body is connected and fixed to the stretched body may be worn out due to a sliding load during folding and assembly of the stretched body. There is a possibility that holes may be formed in the net or the tension of the net may be relaxed, and as a result, the function of the portion does not return and the efficiency of capturing fish and the like may be extremely deteriorated.

[0009]

SUMMARY OF THE INVENTION According to the present invention, both ends of a plurality of semicircular arc-shaped skeletons are pivotally connected to a circular base ring having a bottom mesh body stretched. And the outer peripheral surface net between the tension bodies and between the tension bodies,
In a fish or other catching basket provided with an entrance for fish or the like having a portion that does not return to the side surface of the outer peripheral net, a predetermined number of meshes based on the mesh portion of the outer peripheral net meshed with the base ring The portion is used as a mesh for locking a bone to be locked to a tensioned body, and the mesh yarn forming the mesh for locking a bone is made thicker than the mesh yarns of the other meshes. It is intended to provide a net structure of a basket for catching fish and the like.

[0010] Further, a mesh portion of the outer peripheral surface mesh body to be locked to the base ring body is used as a ring body locking mesh, and a mesh yarn forming the ring body locking mesh is made of another mesh netting. It also has a characteristic in that it is made into a thick thread.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS In the present invention, since the mesh for locking the skeleton of the outer peripheral net is formed of a thicker yarn than the mesh of the other nets, the tension is increased from the base ring. When the outer peripheral surface net is stretched over the upper surface of the web, the thick yarn of the mesh portion to be locked at the position of the tension bone can be easily visually recognized.

Therefore, the work of stretching the outer peripheral net can be performed accurately and easily, and the different mesh portions are not erroneously locked to the stretched bone, and the function of the part which does not return does not return. There is no risk of damage.

[0013] Further, since the mesh yarn forming the mesh to be locked to the tensioned body is a thick yarn, the mesh yarn in contact with the tensioned body is damaged when used as a cage of a completed product after the tensioning. Hard to do.

In particular, the mesh thread that is always in contact during the assembly and folding work of the tensioned bone body is usually damaged quickly, and there is a possibility that the mesh body may be broken from this portion and the function of the car may not be performed. If the net yarn forming the is a thick yarn, the possibility of such damage can be prevented, and there is an effect that the function of the portion that does not return and the function as a car can be sufficiently performed.

[0015] Further, by using a thick yarn for the mesh for locking the ring, the locking with the base ring is strengthened, and there is no possibility of breakage. This has the effect that the tension of the outer peripheral surface net body can be securely tensioned, and the function of the non-return portion formed on the side surface can be sufficiently performed.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a side view showing a basket A for catching fish and the like.
The car A has a skeleton formed by a circular base ring 1 and a plurality of semi-arc-shaped tension members 2 having both ends pivotally connected to the ring 1.

Accordingly, the tensioning body 2 can be erected above the base ring 1 around the pivotal support 3 or can be folded over the ring 1.

A base mesh N is stretched over the base ring 1, and an outer circumferential surface mesh is provided between the base ring 1 and the upholstery 2 and between the plurality of upholstery 2. The body M is stretched.

An entrance 5 for a fish or the like having a non-returning portion 4 formed of a tubular net is formed on the side surface of the outer peripheral net M.

In the basket A for catching fish or the like formed as described above, the gist of the present invention is that the mesh of a predetermined mesh portion of the outer peripheral surface mesh M is changed from the mesh of other mesh portions. Also made of thick yarn.

That is, the mesh portion of the outer peripheral surface mesh body M to be locked to the base ring body 1 is defined as a ring body locking mesh M-1, and
The mesh portion of the outer peripheral surface mesh M to be locked to the mesh M-
And 2. In addition, the mesh M-2 for locking the bone is located at a predetermined number of meshes counted from the mesh M-1 for locking the ring. Are set in advance according to the size of the diameter of the outer peripheral surface net M, and the factors such as the degree of tension of the outer peripheral surface net M, the assembling position of the tension bone 2 and the holding state of the tubular net 4 without returning. It is decided in consideration of.

As shown in FIGS. 3 and 5, the stitch M-2 for locking the bones is made of a thicker net yarn m-2 and a net yarn m-
3

FIG. 3 shows a mesh in which only one side of the mesh M-2 for locking the bone is formed of a thick net yarn m-2, and FIG. Both sides of the body locking stitch M-2, that is, two net yarns m-2 and net yarn m- forming a rhombic stitch
3 is a thick thread and the mesh thread m-2, m-3 supported by the tension bone 2
However, both are in a state of contact with the bone body.

By forming the net yarns m-2 and m-3 with the two thick yarns in the state shown in FIG. 5, the support by the upholstery body 2 can be further strengthened, and the tension of the net body can be increased. .

As the thick yarn, various yarns such as twine and single yarn can be used.

In the figure, reference numeral 5 denotes an ear thread engaged with the mesh M-1 for locking the ring body.

Numeral 6 denotes a overlocking thread for locking the net thread of the outer peripheral netting M to the base ring 1 and the tension bone 2.

FIG. 4 shows a wound net B in a state before the outer peripheral net M is stretched on the skeleton 2, and shows a state in which the net is unfolded in a plane.

In FIG. 3, the mesh M-2 for locking the bones forms a square mesh, and the square stitch is a mesh yarn m-2.
And a net yarn m-2 and an adjacent net yarn m.

[0030]

According to the present invention, the following effects can be obtained.

That is, according to the first aspect, since the mesh yarn forming the mesh for locking the bone body is made of a thick yarn, it is locked to the tension bone body when the outer peripheral net is stretched over the tension bone body. The position of the mesh to be formed is easy to understand, and the work of stretching the mesh can be performed accurately.

Accordingly, the tension of the net is improved, and the function of not returning can be accurately exhibited.

Further, since the mesh yarn engaged with the tether is a thick yarn, it is not damaged even when it is constantly in contact with the tether during assembly and folding work, and the strength is sufficiently high. This has the effect of holding and sufficiently maintaining the tension of the outer peripheral surface net.

According to the second aspect of the present invention, since the mesh yarn forming the mesh for locking the ring is also made of a thick yarn, the strength is further increased.
In combination with the mesh thread of the mesh for locking the bone, the tension of the stretched net between the base ring body and the stretched bone is sufficiently maintained, and there is an effect of preventing damage to the outer peripheral net.

[Brief description of the drawings]

FIG. 1 is a side view of a basket for catching fish and the like having a net structure according to the present invention.

FIG. 2 is a plan view of the same.

FIG. 3 is an enlarged explanatory view of a main part.

FIG. 4 is an explanatory view showing a developed state of the outer peripheral surface net.

FIG. 5 is an enlarged view of a main part of another embodiment.

[Explanation of symbols]

 M Mesh for outer peripheral surface M-1 Mesh for locking ring M-2 Mesh for locking bone 1 Base ring 2 Upholstery 3 Pivot 4 Part that does not return

Claims (2)

[Claims] 1. A circular base ring having a bottom net (N) stretched.
In (1), both ends of a plurality of semi-arc-shaped tension members (2) are pivotally connected, and between the base ring (1) and the tension member (2) and each tension member (2). 2) An outer peripheral net (M) is stretched across the space between the outer peripheral net (M) and a fish (4) trapping part (4) is provided on the side of the outer net (M). In the basket (A), a predetermined number of mesh portions are locked to the tensioned body (2) with reference to the mesh portion of the outer circumferential mesh (M) locked to the base ring (1). In addition to the stopping mesh (M-2), the mesh yarn (m-2) forming the bone anchoring mesh (M-2) is thicker than the mesh yarns (m) of the other meshes. A net structure of a basket for catching fish and the like, characterized in that: 2. An outer peripheral surface mesh (M) to be locked to a base ring (1).
The mesh portion of (1) is used as the mesh for engaging the ring (M-1), and the mesh yarn (m-1) forming the mesh (M-1) for securing the annular body is larger than the mesh yarns of the other meshes. 2. The net structure of a basket for catching fish etc. according to claim 1, wherein the net is a thick thread.