KR101154676B1 - Snap swivel for coupling between the main line and branch lines - Google Patents

Abstract

        The present invention is a pulley hook connection device for connecting and disconnecting the branch line to the original line in junakkuk (long-line fishing) or kegs, the side to which the branch line is connected to the role of the advent, the side to which the line is connected It is a clasp coming device, characterized in that it is configured to be locked, a hook and a lock and a device.

        In more detail, one side is double-folded with wire or rod to make a hook-type hook, and the middle one is made of overlapping circles and arcs. Connect one end of the double-folded hook to a round or oval spring that holds the locking ring.

        It is a clasp-raising device characterized by being small in size and having a low number of hooks, which increases the mechanization aptitude, supports between the hook, the locking ring, and the auger, and the circular spring serves as both the locking and the abutment support.

 Junak long hook fishing hook spring clasp coming hanger lock snap

Description

 Snap swivel for coupling between the main line and branch lines}

        It is related to a clasp pulley device for connecting ropes to increase the work efficiency by easily connecting the line and the branch line in the case of falling out or trapping, so as to increase the working efficiency and to separate easily when there is a long run.

In long-line fishing (knot) or keg, when you connect a branch line directly to a line, you can go fishing with your hands. There are many safety accidents when fishing (kink, kink, etc.). It has a long mesh replacement time, so the number of meshes per throw is low, the efficiency per hour is low, the manpower consumption is high and the work intensity is large.
The use of the clasp (hook and lock) and the auger in some trunks, such as tuna catches, is relatively easier to work with compared to the trunk bundles, but the amount of droop may increase somewhat, but the independent clasp The number of devices is long, the length is long, and the number of rough and rough ends is connected. Auger device does not show the degree of abrasion, it is difficult to hold two rods with fingers when operating with a small clasp device, and the structural strength is weak compared to the size because the hook and auger are connected by one rod.

Reducing the number and size of parts and the sharp end of the device itself. It reduces manufacturing time and manpower when working with the device, improves rotational efficiency and structural strength when the device is running, and makes it easy to detect wear and tear.
The device can be easily handled with a small finger when handling the device, and the simple operation of the gear standardizes the mechanization suitability to increase the number of meshes, increase the efficiency of the mesh per hour, and reduce the manpower.

Using a rod bent device, one side of the spring wire makes a locking ring (1), the other side is doubled to make a hook (2), and the middle makes a circle and an arc to keep the locking ring (1) locked. Make a circular spring (3) to serve as the support of the advent support, and by folding the wire separately into the circular spring (3) to act as the advent support (4) to adjust the distance between the circular spring (3) with the advent (5) Then, the advent (5) is rotated while moving from side to side, and the circular spring (3) and the advent support (4) through a similar advent (5) to make the hook, lock and advent in three parts in one device.
A spiky auger (5) rotates on the upper surface abutment of the auger base (4), and connects one end of the double-folded hook to a circular spring (3) or an elliptical spring (6) to hang the hook (2) and the circular spring ( 3) or an elliptical spring (6) supported by two rods between the overlapping springs (9) and retaining the locking ring (1) between the locking ring (1) and the circular spring (3) used as a support for the footrest (4). ), The hook may be a 'c' type hook (7), the spring supporting the locking ring (1) is superimposed, or the end of the locking ring (8) is erected in the opposite direction.

Compared to the snap snap arrival, which is made by connecting the clasp and the arrival separately, the structure is small and has high structural strength, and the degree of wear can be visually confirmed.
You can do a lot of compound vegetables (such as floating leaves, middle layers, and ground leaves at the same time) by connecting branch lines to a branch line, and branch branches to a branch line. As a result, the structure is simple and the mechanization adaptability of the stripping line hook and the stripping line strip is good.
Short device length and less wire tangles to hide wire end edges make it easier to put a bunch of knots into the water and make continuous netting easier. Easier
Thus, the number of meshes per chuck can be increased, and the manpower is reduced due to the increase in the efficiency of the mesh and the two-wire work, so the operation cost is low.

One end of the lock wire (1) made of a wire for the spring as shown in Figure 1, the other half in the other direction to make a hook-like hook (2), double folded one end to retain the locking ring (1) A circular spring (3) which folds and connects to the spring (3), which holds the lock, overlaps the circular support (4) by forming a circle and an arc to serve as a support (4) support, and separately bends the wire (or cut plate) to release the abutment (4). In the abutment surface of the abutment stand 4, the abutment 5 is rotated and the spacing between the circular springs 3 with the auger 5 fitted is adjusted so that the abutment 5 moves left and right along the circular spring 3 Make an advent
As shown in FIG. 2, an elliptical spring 6 is placed in the middle of the abutment support 4 and the locking ring 1 in a circular spring 3 supporting the abutment support 4 to make a clasp.
When connecting the branch line to the circle line as shown in Fig. 3 to maintain the lock and overlap the circular spring supporting the abutment support (4) to make a superimposed spring (9) around the auger (5), '' Set the locking ring end (8) of the locking ring (1) in the opposite direction to the overlapping spring (9) with respect to the shaped hook (7), and put the ring (11) with good rotation force under the branch line knot (12). The string knot (12) and the branch string (10) create a rotating clasp.
As shown in FIG. 4, the oval spring 6 outside the circular spring 3 supporting the abutment 4 makes the clasp coming to hold the lock of the locking ring 1.

Figure 1 shows a clasp with a hook, a lock and an auger on a device
2 is a drawing of the clasp that holds the locking ring locked with an elliptical spring in a circular spring that supports the auger foot
Figure 3 shows a clasp of overlapping circular springs, with hooks of 'c' type, with the end of the locking ring and the ring under the knot
Figure 4 is an illustration of the appearance of a clasp that holds the locking ring locked with an elliptical spring outside the circular spring that supports the auger foot.
1: locking hook 2: hook 3: round spring
4: Auger Base 5: Advent 6: Oval Spring
7: 'ㄷ' type hook 8: end of the lock ring 9: nesting spring
10: branch line 11: ring 12: branch line knot

Claims (8)

Branches in which a spring (3), which holds the lock of the locking ring (1), rotates in order to lock the hook when connecting the branch string to the original string, to prevent twisting of the string, and to easily detach the branch string. It also serves as a support for the ring 11 supporting the rope knot 12 or the abutment 4 supporting the abutment 5, and one end of the double-folding hook 2 is provided with a circular spring 3 or an elliptical spring ( 6) Fold-up latch device, characterized in that the hook, lock and augmentation make in one device The latching device according to claim 1, characterized in that the circular spring (3) holding the lock of the locking ring (1) also serves as a support for supporting the abutment (4) of the augment (5). 2. Fold one end of the double-hanging hook (2) to a circular spring (3) or an elliptical spring (6) supporting the abutment (4) and retaining the locking ring (1). Clasp-raising device, characterized in that to connect 2. The abutment 5 according to claim 1, wherein the abutment 5 rotates on the abutment surface of the abutment support 4, adjusts the spacing between the circular springs 3 with the abutment 5 inserted, and the abutment 5 is a circular spring 3 or Clasp augmentation device, characterized in that the wire is used as a foot support (4) by folding the wire to move left and right along the overlapping spring (9) 2. The elliptical spring according to claim 1, wherein the locking ring 1 locks when connecting the branch line to the round file and the locking ring 1 inside or outside the circular spring 3 supporting the abutment 4. (6) using a clasp pulley device. The circular spring (3) according to claim 1, which holds the locking ring end (8) of the locking ring (1) relative to the hook (2) or the 'c' shaped hook (7) and supports the abutment base (4). Or clasp-raising device, which is erected in the opposite direction to the overlapping spring (9). The latching device according to claim 1, wherein the branched knot 12 and the branched string 10 are rotated by inserting a ring 11 having good friction under the branched string knot 12. The method according to claim 1, wherein a circular spring (3) holding the locking ring (1) and supporting the abutment (4) when connecting the branch string to the original string is like a superposition spring (9) around the abutment (5). Clasp advent device, characterized in that overlapping.

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