JP2005218325A - Foldable fishing swivel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a foldable fishing swivel that has both connection strength of swivel and a compact state during folding and keeps an arm body for a fishing line and an arm body for a leader at a predetermined angle during long casting and during use. <P>SOLUTION: The fishing swivel has constitution that a base end part is equipped with the arm body 20 for a leader, forming an approximately ring-shaped connection part 21 into which the arm body 10 for a fishing line is inserted, the arm body 20 for a leader is freely shakingly connected to the arm body 10 for a fishing line, a stationary cylindrical body 30 for fixing the shaking angle of the arm body 20 for a leader is arranged, the stationary cylindrical body 30 is composed of a connection cylinder 31 and a stationary cylinder 35 and the angle of the arm body 20 for a leader in use and the folding angle of the arm body in out of use are fixed by the stationary body 30. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a fishing folding balance, and more particularly to a fishing folding balance that has excellent connection strength and is suitable for carrying.

  The inventor has previously invented a fishing balance described in Patent Document 1. This balance is devised so as to be convenient for carrying, and is provided by separating the arm for the thread and the arm for Harris. According to this balance, a fixed tube to be inserted into the inside of the slide cylinder is provided, and a bent base end portion of the Harris arm is sandwiched between the slide cylinder and the fixed tube, thereby the Harris arm. Are detachably connected.

  On the other hand, in Patent Document 2, a plurality of wires having a support portion on the base side with respect to the shaft are extended in a rotatable state, and a holding member having a fitting portion is disposed on the shaft. A fishing balance is described in which the rotating state of the wire rod can be fixed by fitting the base portion of the base or the base portion of the support portion to the fitting portion. In this balance, a plurality of wires extending in the lateral direction are gathered at the time of carrying to prevent bulkiness and deformation.

Furthermore, the present inventor has proposed a fishing folding balance described in Patent Document 3. This balance is a further improvement of the above-mentioned Patent Document 1. In particular, by providing an angle holder for fixing the Harris arm body at a constant angle during long throwing, the Harris arm body is predetermined during long throwing. It can be kept at an angle.
Japanese Patent Laid-Open No. 10-4844 JP-A-10-178987 Japanese Patent Laid-Open No. 11-215941

  However, any of these conventional fishing folding balances has a structure in which it is difficult to simultaneously combine the connection strength of the balance and the compact state when folded.

  That is, since the balance described in Patent Document 1 is provided by separating the arm for the thread and the arm for Harris, the balance is separated into an extremely compact state. However, it is the slide cylinder and the fixed tube that connect the Harris arm to the thread arm. Therefore, if any looseness occurs in these members, there is a risk that the Harris arm body may be detached from the road thread arm body.

  On the other hand, the balance of Patent Document 2 is provided with a ring-shaped support portion on the base side of a plurality of wires, and is connected to the shaft through this support portion. Therefore, although the connection strength of the balance has been successfully increased, the plurality of wires cannot be folded, and the state in which these wires are bundled into one is the most compact state. Therefore, since the wire bundled up with respect to the shaft is connected at a substantially right angle, it is difficult to simultaneously combine the connection strength of the balance and the compact state when folded.

  Moreover, in the balance of Patent Document 3, a synthetic resin coupling body is attached to the road thread arm body, and the Harris arm body is swingably coupled to the coupling body. Therefore, the connection strength of the Harris arm is based on the strength of the synthetic resin connection. Therefore, in order to raise the intensity | strength of a coupling body, it became necessary to increase the thickness of a coupling body, and the problem that the balance itself was bulky arose. Moreover, the strength of the coupling body made of synthetic resin is extremely deteriorated due to deterioration over time, and there is a possibility that precious precious materials may be lost due to breakage of the coupling body.

  Thus, all the conventional fishing folding balances have a structure in which it is difficult to simultaneously combine the connection strength of the balance and the compact state when folded.

  Therefore, the present invention has been created to solve the above-described problems, and it is possible to simultaneously combine the balance strength of the balance and the compact state at the time of folding. An object of the present invention is to provide a fishing folding balance capable of maintaining the yarn arm and the Harris arm at a predetermined angle.

  In the first means of the present invention, a substantially ring-shaped connecting portion 21 is formed at the proximal end portion through which the arm 10 for the thread is inserted, and the Harris arm 20 that supports Harris connects the way thread. A fixed cylinder 30 that is pivotably connected to the thread arm 10 and that inserts the arm 10 for Harris and the Harris arm 20 to fix the swing angle of the Harris arm 20. The fixed cylinder 30 is inserted in advance through the road arm 10 and connected to the connecting arm 31 above and below the connecting portion of the Harris arm 20. The fixed cylinder 30 is superposed on the connecting cylinder 31 to overlap the Harris arm 20. The fixed cylinder 35 is used to fix the angle when the Harris arm 20 is used and the folding angle when the Harris arm 20 is not used.

  The second means is that, in the fixed cylinder 30, on the side surface of the fixed cylinder 35, a swing slit 36 that swings the Harris arm 20 up and down, and a Harris thread with respect to the path yarn arm 10. A slide groove portion 37 for slidingly locking the arm body 20 at a substantially right angle position is formed.

  The third means is a fitting portion for fitting the connecting cylinder 31 and the fixing cylinder 35 to each other when the fixing cylinder 35 is superposed on the fixing cylinder 30 and rotatably fixing the fixing cylinder 35 to the connecting cylinder 31. 33 and 38 are provided on the connecting cylinder 31 and the fixed cylinder 35.

  The fourth means is a fitting recess for fitting the Harris arm 20 in the fixed cylinder 30 when the Harris arm 20 is lifted and stacked substantially parallel to the road thread arm 10. The means for solving the problem is that 32 is provided in the connecting cylinder 31.

  According to the balance of the present invention, according to the first aspect, since the substantially ring-shaped connecting portion 21 through which the road thread arm body 10 is inserted is bent at the proximal end portion of the Harris arm body 20, the road thread arm is formed. The connection strength between the body 10 and the Harris arm 20 can be increased.

  In addition, since a fixed cylinder 30 is provided to pass through the arm unit 10 and the Harris arm 20 and to fix the support angle of the Harris arm 20, it is used for the road yarn at the time of long throwing and use. It is possible to keep the arm body and the Harris arm body at a predetermined angle.

  Further, according to the second aspect of the present invention, a swing slit 38 for swinging the Harris arm body 20 up and down is provided on the side surface of the fixed cylinder 35, and the Harris arm body 20 is positioned at a substantially right angle with respect to the road thread arm body 10. Are formed so that the fixed cylinder 35 rotates on the connecting cylinder 31, so that it can be operated by operating the fixed cylinder 30 both in storage and in use. It can be set easily.

  According to the third aspect of the present invention, the connecting tube 31 and the fixed tube 35 are fitted to each other when the connecting tube 31 and the fixed tube 35 are overlapped, and the fitting portions 33 and 37 for fixing the fixed tube 35 to the connecting tube 31 are rotatably connected. Since the connecting cylinder 31 and the fixed cylinder 35 are always in an integrated state, the Harris arm 20 is reliably fixed.

  According to claim 4, since the fitting recess 32 for fitting the Harris arm body 20 is provided in the connecting cylinder 31, the Harris arm body 20 is lifted to the road thread arm body 10. When superposed in parallel, it can be made extremely compact.

  As described above, according to the present invention, it is possible to simultaneously achieve both the connection strength of the balance and the compact state when folded. It has excellent effects such as being able to keep the angle.

  In the best mode for carrying out the present invention, a substantially ring-shaped connecting portion 21 through which the path yarn arm body 10 is inserted is bent at the base end portion, and a Harris arm body 20 that supports Harris is provided at the distal end portion. . A fixed cylinder 30 is provided to pass through the arm 10 for road thread and the arm body 20 for Harris and to fix the support angle of the arm body 20 for Harris. The fixed cylinder 30 includes a connecting cylinder 31 that is inserted in advance through the road thread arm body 10 and is mounted on the upper and lower portions of the connecting portion of the Harris arm body 20, and a Harris arm body that is fitted to the connecting cylinder 31. It consists of a fixed cylinder 35 that fixes 20 angles. A swing slit for swinging the Harris arm 20 up and down is formed on the side surface of the fixed cylinder 35. A slide groove portion 36 for slidingly locking the Harris arm body 20 at a substantially right angle position with respect to the road thread arm body 10 is formed. By providing the fixed cylinder 35 so as to rotate on the connecting cylinder 31, the initial purpose is achieved.

  The balance of the present invention is provided with a Harris arm body 20 that is swingably connected to a road thread arm body 10 that is connected to a road thread, and has a fixed cylinder 30 that is externally fitted to these connecting portions (FIG. 1). reference).

  The road thread arm 10 is a member on which a weight R or the like is attached, and is connected to the road thread. The Harris arm body 20 is a member that is swingably connected to the side surface of the road thread arm body 10 and connects Harris to the tip. A substantially ring-shaped connecting portion 21 through which the path thread arm 10 is inserted is bent at the proximal end of the Harris arm 20 (see FIGS. 1 and 2). The path yarn arm body 10 and the Harris arm body 20 are firmly connected via the connecting portion 21 and the Harris arm body 20 can swing freely. The illustrated connecting portion 21 is bent so that the Harris arm 20 at the time of folding comes close to the arm 10 for the road line (see FIG. 1).

  The fixed cylindrical body 30 is a member that inserts the road thread arm body 10 and the Harris arm body 20 and fixes the support angle of the Harris arm body 20. The fixed cylinder 30 further includes a connecting cylinder 31 and a fixed cylinder 35. The connecting cylinder 31 is attached to the top and bottom of the connecting portion 21 of the Harris arm body 20 that is inserted in advance through the road thread arm body 10 and connected to the road thread arm body 10. The connecting cylinder 31 shown in the figure has an opening 34 formed on its longitudinal side surface, and the connecting part 21 is connected to the road thread arm 10 within the opening 34 (see FIGS. 1 and 2).

  On the other hand, the fixed cylinder 35 overlaps with the connecting cylinder 31 to fix the angle of the Harris arm 20. That is, the angle when the Harris arm body 20 is used and the folding angle when the Harris arm body 20 is not used are fixed by the fixed cylinder 35. The illustrated fixed cylinder 35 has a swing slit 36 on the side surface for swinging the Harris arm 20 up and down (see FIGS. 3 and 4). Further, a slide groove portion 37 is formed from the swing slit 36. The slide groove portion 37 is a portion that is slidably locked when the Harris arm body 20 is positioned at a substantially right angle with respect to the road thread arm body 10 and fixes the Harris arm body 20 in use ( (See FIGS. 5 and 6).

  The fixed cylinder 30 is further provided with fitting portions 33 and 38. The fitting portions 33 and 38 are fitted to each other when the connecting tube 31 and the fixed tube 35 are overlapped, and the fixed tube 35 is rotatably fixed to the connecting tube 31. In the illustrated example, a concave fitting portion 33 is provided in the connecting cylinder 31, and a convex fitting portion 38 is provided in the fixed cylinder 35. However, the unevenness and installation position of the fitting portions 33, 38 can be freely changed. It can be done.

  Further, the coupling cylinder 31 is provided with a fitting recess 32 (see FIG. 4). The fitting recess 32 is for fitting the Harris arm body 20 when the Harris arm body 20 is lifted and overlapped with the path yarn arm body 10 substantially in parallel. When the fixed cylinder 35 is rotated in a state where the Harris arm 20 is fitted in the fitting recess 32, the Harris arm 20 is fixed, and an extremely compact state is obtained (see FIG. 7).

  Note that the present invention is not limited to the illustrated example, and design changes such as shapes and dimensions in the respective constituent parts can be freely changed without departing from the technical idea of the present invention. .

It is a perspective view which shows the state which penetrates the arm body for a road thread and the arm body for Harris in a fixed cylinder in this invention hanging bracket. It is a principal part side view which shows the state which superimposes a connection pipe | tube on the fixed pipe | tube of this invention hanging bracket. FIG. 5 is a perspective view showing a state in which the Harris arm body is swung in the hanging bracket of the present invention. It is a side view which shows the rocking | fluctuation slit in the fixed cylinder of this invention hanging bracket. In this invention hanging metal fitting, it is a principal part side view which shows the state which sets the arm body for Harris to a use condition. In this invention hanging metal fitting, it is a principal part side view which shows the state which fixed the arm body for Harris to the use condition. In this invention hanging metal fitting, it is a principal part side view which shows the state which fixed the arm body for Harris in the folding state.

Explanation of symbols

R weight 10 arm body for road 20 arm body for Harris 21 connecting part 30 fixed cylinder 31 connecting cylinder 32 fitting recess 33 fitting part 35 fixing cylinder 36 swing slit 37 slide groove part 38 fitting part

Claims (4)

  A substantially ring-shaped connecting portion is formed at the base end portion for inserting the arm for the road thread, and the arm for Harris supporting the Harris is swingably connected to the arm for the road thread connecting the road yarn, The road thread arm body and the Harris arm body are inserted into the fixed cylinder body to fix the swing angle of the Harris arm body. The fixed cylinder body is inserted in advance through the road thread arm body and It consists of a connecting cylinder that is mounted at the top and bottom of the connecting part of the arm for Harris, and a fixed cylinder that overlaps the connecting cylinder and fixes the angle of the arm for Harris. A folding scale for fishing, wherein the folding angle is fixed by a fixed cylinder.   In the fixed cylinder body, a swing slit for vertically swinging the Harris arm body on the side surface of the fixed cylinder, and a Harris arm body slide-engaged at a substantially right angle position with respect to the road line arm body. The fishing folding balance according to claim 1, wherein a sliding groove portion is formed.   In the fixed cylinder body, the coupling cylinder and the fixed cylinder are provided with fitting portions that are fitted to each other when the connecting cylinder and the fixed cylinder are overlapped and fixed to the connecting cylinder so as to be rotatable. Item 3. The fishing folding balance according to Item 1 or 2. The connecting cylinder is provided with a fitting recess for fitting the Harris arm when the Harris arm is lifted and stacked substantially parallel to the road thread arm in the fixed cylinder. A folding scale for fishing according to any one of 1 to 3.

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