JP2008546418A - Detachable and slidable fish-behind indicator so that it can be restored, its positioning system, and method of use thereof - Google Patents

Abstract

  Provided is a novel fish faith indicator and a thread stop member that can be attached to a fishing line, and then can be removed so as to slide back along the line. Also, a buoyant body with an axial channel, with a corresponding end opening, a seat for a thread retaining member (6) on the body surface, and a thread (2 ) Including at least one thread holding member (4) that works with the seat (6) to hold it in two places. The holding member can be moved from the seat (6) by a sufficient thread tension, so that the slidable fish shin indicator is released. Also, at least one thread stop member (18) that can be attached at a user selectable thread position and serves to attach or to define the slidable range of the removed slidable fish shin indicator. Including. A new method for fishing is presented that uses a slidable, removable indicator at a depth greater than the total length of the fishing rod.

Description

  Aspects of the present invention generally relate to fishline indicators for fishing lines, and methods of using the same, and in particular, engage and disengage by novel means when sufficient tension is applied to the associated line ( For example, disengagement due to fish belief operation, and then along the associated fishing line, in certain aspects, between two configurable positions (eg, fish belief indicator stop member position distal to the fishhook and proximal fish The present invention relates to a novel fish faith indicator that can be slidable and removed from the original indicator stop member position. Additional sides can be reversibly mounted, thereby fixing or segmenting the position of the thread, or segmenting the length (eg slidable adjustment length) along the entire length of the thread The present invention relates to a novel yarn stopping member that can be adjusted to reversibly disengage. Further aspects relate to systems and methods including the foregoing.

  This application was filed on June 24, 2006, with US patent application No. 11 / 165,660 filed June 24, 2005, “REVERSIBLE DISENGAGING SLIDABLE STRIKE INDICATOR, POSITIONING SYSTEM, AND METHOD OF USING SAME”. US Patent Application No. 60 / ____ "COMPOSITIONS AND METHODS FOR ENGAGING LINES", both of which are hereby incorporated by reference in their entirety.

  Fish faith indicators for fishing, including fly fishing and non-fly fishing, are known in the art. In general, fish shin indicators are made of buoyant material, are large enough and / or have appropriate characteristics (eg, color, fluorescence, etc.) so that they are visible at an operational distance by anglers observing the indicator. Sex). A buoyant fish shin indicator is attached to the end of the fishing line so that it can be attached to the fishing line during operation, and at a distance below the surface corresponding to the total length of the line between the hook member and the fish shin indicator mounting position. Designed to function to hang the thread using more than one fishhook or member. When a fish bites into a hung fishhook, the fish shin indicator changes position accordingly on the surface of the water, which generally reacts by “hanging” the fishhook with the appropriate rod / thread movement. Send a signal to the angler. Therefore, such fish shin indicator functions as a fish shin indicator, and in a specific example may serve as a fishing depth positioning means.

  In order to be operationally visible, the fish shin indicator is generally larger than the fishing rod thread "guide" (especially the fly rod guide, which is relatively small) and is generally fixed along the fishing line Mounted in position. Thus, it is only up to the fishlight indicator installation position that the attached thread can be retrieved through the fishing rod guide without fisherman intervention and removal of the attached indicator. The total length of the thread from the fishlight indicator mounting position to the fishhook is less than or approximately equal to the total length of the rod so that the fish caught on the needle can be guided to a position close enough for effective catch by the angler In addition, it allows for sufficient recovery of the thread, so that in some fishing situations, this thread recovery limitation may not be a problem. However, the problem of collecting the thread due to the fish fish indicator of the prior art is that there are many situations, fishing using a fishhook suspended from the fish fish indicator on the thread at a depth significantly exceeding that of the total length of the kite. It is critical in the unnatural situations that are involved, especially in low profile (eg boat fishing or float tube fishing). Specifically, if the fishing depth exceeds the total length of the rod, the line cannot be collected beyond the position where the fish wire indicator is attached (the fish wire indicator cannot pass through the wire guide), and it will reach the needle from the tip of the rod. The distance to the fish may be much greater than the total length of the shark, making it difficult, if not impossible, to catch fish in low profile and / or unnatural fishing situations. This large limitation not only reduces the number of fish that can be caught by fish withdrawal within a given time, but is often not the best capture condition (fish caught on a hook is too far from the tip of the rod) Will result in injury to the fish caught on the needle. Although fish position indicators that can be repositioned are known in the art, such repositioning is generally performed by anglers, and more specifically, once a fish is caught by a needle, If you are engaged in the operation in an excited state, you can not do effectively.

  One known technique for providing a more easily slidable fish shin indicator is the adjustable Frog Hair (R) EZ-ON indicator (Gamma Technologies, Pittsburgh, PA), which is It is designed to be manually adjustable by sliding along the entire length of the “tippet” material. This approach continuously inserts a “tippet” of thread through two elastic positioning fixtures held at or within opposite ends of the axial hole of the buoyant indicator body (See FIG. 9). The elastic locking device allows the indicator to be forced to change position along the silicon while providing sufficient holding pressure against the silicon to maintain its position. However, due to the nature of the elastic positioning fixtures, they wear out and cannot be reused, and after removal from the silicon (at least get a new fixture and take the tippet into a special wire loop threader) This system has a major drawback because the indicator cannot be reattached (to avoid passing through). In addition, while these can be adjusted by sliding, these indicators cannot be released quickly, such adjustments are due to the great force exerted by the angler, and when fish and anglers are actively busy, For example, it is not possible to practically change the position of the indicator when the fish is “hanging”. Furthermore, elastic positioning fixtures cannot exceed the knots found in most commonly used silicon (eg, “tubular” knots), and even if they are exceeded, their retention characteristics are This will reduce the effectiveness of the indicator in a short period of time.

  A known method of providing a releasable and slidable fishtrust indicator is the quick release indicator (Waters West, Port Angeles, WA), designed to release in response to a fish “hook on the needle” Has been. This technique involves the continuous insertion of a thread “tippet” through the shaft of the foaming agent-based (Styrofoam®-based) indicator and the inner diameter of the black plastic stopper, and the position between the indicator and the stopper. Create a tippet loop on the tippet, push a part of the tippet loop into the stopper stopper slot of the indicator, insert the stopper into the stopper receiver slot, and the combination of indicator and stopper to the thread tippet In order to mount it so that it can be returned, it is based on a process in which the pressed tippet portion is pushed by pressure between the wall of the receiving slot and the stopper (see FIGS. 8A and 8B). When the fish “hangs” on the needle, the tension of the thread increases and releases the pushed loop, after which the indicator and stopper can slide freely along the fishing line. However, this solution has a major drawback, which reproduces the tippet loop in order to provide the correct amount of tension to trigger the release at the "hatch" when using tip loop repetition. It includes the fact that it is difficult, if not impossible, to push constant with a certain amount of force. This means that even if a person can insert the stopper into the receiving slot of the indicator with a constant force, the amount of tippet loop that is pushed in varies from time to time, and the more problematic is that the loop The amount of force required to effectively push the loop is sufficient for the loop material to degrade the receiving slot wall (e.g., deformation, swallowing, etc.), making the indicator system inconsistent and progressive By causing the performance to deteriorate. Furthermore, in order to enable highly reproducible fishing at the set depth, there is no measure to reattach the indicator at the set thread position, which is different from a single “hang”, and it is slidable There are no measures to limit the width (except for hooks and rod guides). Furthermore, the stopper and receiving slot need to be pushed sufficiently against the wall of the receiving slot to provide sufficient resistance to eliminate inadvertent release. Must be large enough to define a minimum size (eg, indicators less than about 1/2 inch to less than about 3/8 inch in diameter are not commercially available). Furthermore, the unconventional design of the large shape of the stopper and the indicator / stopper combination is not desirable with regard to yarn entanglement characteristics.

  Accordingly, there is a significant need in the art for fish shin indicators that can be more easily and always removed from the associated thread or silicon and that can be fully reused. There is a significant need in the art for fish-behind indicators that can be removed by other than direct contact or angler intervention. There is a significant need in the art for a fishlight indicator that can be more easily and always removed and then easily slid along the fishing line. There is a significant need in the art for fish line indicator systems that are slidable along a fishing line within a defined range that can be selected by the user along the fishing line and / or silicon. There is a significant need in the art for fish faith indicator systems that enable fish fishing more effectively and reproducibly at depths significantly greater than the full length of the carp.

  Certain aspects of the present invention can be attached to a fishing line (e.g., fly fishing line and / or silicon) and removed from the fishing line by new retaining means that can be released when sufficient tension is applied to the line ( For example, it provides a novel fish-behind indicator that can be actuated and disengaged by fish-behind. In an additional aspect, the fish-seed indicator is releasably retractable so that it is slidably adjustable and positionable along the fishing line and is a user selectable stop position member. Can be repositioned within the range defined by.

  In certain aspects, the detachable fish shin indicator of the present invention has a buoyant body portion that includes an outer surface, a first body end, a second body end, and a second body end. An axial channel between one body end and a second body end, wherein the axial channel is provided on an end face opening of the first body end and an end face of the second body end. It has an opening and fully accommodates the slidable passage of the fishing line through the axial channel. There is a seat for the outer thread holding member (for example, a groove in the main body with side and bottom surfaces, or a ridge protruding from the main body surface with side and upper surface), and the seat for the thread holding member is around the outer surface of the main body Is extended. In a preferred embodiment, the groove or ridge is formed on the channel such that the opening at the end face of the first body end and the opening at the end face of the second body end are located on opposite faces of the groove or ridge. Surround the axis. In a variant embodiment, the seat for the thread holding member (eg groove or ridge) runs on the outer surface of the body, but the openings in the first and second end faces are opposite as in the preferred embodiment. Instead of being on the plane, this does not surround the axis of the channel so that it is placed in the same plane of the groove or ridge. Elastic, annular thread of suitable shape and size so that it can be reversibly received and retained by a thread-retaining member seat (e.g., can be received in a groove or on a ridge) The holding member works with a seat to hold the fishing line passing between them in two places. When sufficient line tension is applied, the elastic member is moved out of the groove or ridge so that the fish line indicator can be removed and then the body channel axial channel of the fish line indicator can slide along the line. To do.

  An additional aspect provides a novel fish line indicator system for fishing lines (e.g., fly fishing line and / or silicon), the system can be removed from the fishing line and / or silicon during operation, A detachable fishing line indicator that can be slid along them, and can be attached to a fishing line or silicon, sufficient to limit the slidable movement of the removed fish indicator during operation, At least one fish faith indicator stop member is included. In certain embodiments, the system is suitable for defining a slidable range along the fishing line and / or silicon of the slidable fish shin indicator that has been removed during operation of the system. Includes two attachable fish shin indicator stop members. In an additional embodiment, the system further includes a fishing line for attachment of the removable fish beet indicator and at least one fish bee indicator stop member.

  A further aspect is the buoyant detachable, which can be attached to and removed from the fishing line and / or silicon and the fishing line and / or silicon, and then slidable along them. A fishing line indicator and at least a user-selectable position along the fishing line, at least sufficient to limit the slidable movement of the removed fish indicator along the fishing line during operation. Providing fishing methods (such as seawater, freshwater, rivers, lakes, trout, salmon, bass, bass, etc.) using any fishfish indicator system, including a fishfish indicator stop member . In certain embodiments, the method is mounted at different locations selected by the user along the fishing line and / or silicon and is slidable along the fishing line of the slidable fish faith indicator during operation of the system. This is implemented using a system that includes first and second attachable fish shin indicator stop members that are suitable for limiting the range. In a particular aspect, the detachable fish shin indicator according to the present invention is attached to the thread in cooperation with the first thread stop at the position of the first fixed thread, and is removed during removal. The fish sign indicator can then be slid along the fishing line between the first and second thread stop members, which is practical and effective using, for example, the fish sign indicator at a depth greater than the total length of the rod. Makes fishing possible.

  Additional sides are adjustable for attachment position and for attaching the thread (including but not limited to fishing line, rope, string, cable, wire, cord, etc.) and / or thread Novel thread stop member devices and methods are provided for determining one or more positions and / or lengths along the line. The invented yarn stop member is detachable so that it can be restored (or attached so that it can be restored), so that it can be adjusted and positioned while sliding along the yarn, such two yarns The stop member can be used to define a user selectable range or length therebetween.

  A further aspect is along the fishing line to limit the slidable movement of the removed fish bet indicator along the fishing line, in addition to the fish bet indicator that is disengaged or not removable by fish eating. Provides a fish-behind indicator that can be mounted in a fixed position selected by the user, engages with the invented fish-seed indicator body, and cannot be removed by fish-eating (for example, an effectively secured fish-belief indicator) To achieve this, at least one “retractable fish” that is additionally or alternatively fixedly engageable with an internal engagement collar of certain invented fish belief indicator embodiments. A new detachable fish shin indicator system is provided that includes a shinji indicator thread stop member (eg, as described below in this document).

  In a preferred embodiment, a particular “dual-use” invented fish shin indicator body (with an internal engagement collar) is detachable by a fish eater (a seat for a thread retaining member of the fish shin indicator body). (With a thread retaining member in) or not removable (not using a thread retaining member, instead fixed with a thread stop member that can be reversibly mounted using an internal engagement collar It can be used for two purposes as a fish shin indicator.

  A further aspect is a fish eater comprising a fish-indicator thread stop member (eg as described below in this document) that can be removed by an invented fish eater or removably invented. A novel method for fishing is provided, including fishing using a fishfish indicator that is not possible to be removed with, or a fishfish indicator system invented.

  A particular aspect of the present invention is a novel detachable fish that can be attached to a fishing line at a position selected by a user by a novel means and slidable along the fishing line when removed from that position. Provides a communication indicator.

  An additional aspect is that in addition to the releasable fish shin indicator, it can be mounted along the fishing line at a fixed position selected by the user, and the slidable movement of the fish shin indicator removed along the fishing line. In order to limit this, a novel detachable fish shin indicator system is provided that includes at least one fish shin indicator stop member that can be attached to the body of the invented fish shin indicator.

  Further aspects provide a novel method for fishing, including fishing using the invented removable fish beet indicator, or the invented fish bean indicator system.

  A still further aspect provides a novel method for effective and efficient fishing using a fish shin indicator at a depth deeper than the full length of the fishing rod, which is the invented detachable fish shin indicator, or fish Includes fishing using a reliable indicator system. This method facilitates efficient capture of fish caught on the hook, enhances fishing efficiency and overall fishing experience, and reduces incidental injuries of captured fish.

  In the following discussion, specific aspects and embodiments of the invention, and some variations thereof, are described in detail. This discussion should not be construed as limiting the invention to the specific embodiments or specific variations thereof. Those skilled in the art will likewise appreciate numerous other embodiments and variations that fall within the scope of the subject disclosure.

[Releasable fish faith indicator]
With reference to FIGS. 1, 2, 5A, 5B, 6A-6G, 10A, 10B, 11A, 11B, 12A and 12B, 13A-E, 14, and 15A and B, certain embodiments of the present invention are for fishing lines. The fish-seed indicator 28 has a buoyant main body part 16, the main body part 16 comprising an outer surface 14, first and second body end parts, An axial channel 10 between the first and second body ends, the axial channel 10 having an opening 8 in the first and second body end faces corresponding to the first and second body ends. The channel 10 is configured so that the fishing line 2 passes through the channel 10 slidably. The main body 16 further has a thread holding member seat (for example, a groove, a channel, a raised portion, etc.) on its outer surface. In this embodiment, the thread holding member seat is provided on the outer surface 14 and around it. The groove 6 has a side surface and a bottom surface. In the present embodiment, the groove 6 is arranged such that the openings 8 on the first and second end surfaces are arranged on both sides of the groove 6. Encloses the axis of the channel 10. In an exemplary embodiment of variation (see FIGS. 10A and 11A), the thread-holding member seat protrudes at least to some extent from the body surface 14 (eg, rounded or inverted V-shaped) ridge 7. Have In a particularly modified embodiment (see FIGS. 12A and 12B), the thread-holding member seats (grooves, ridges, etc.) are arranged around the outer surface 14, but the first and second end face openings 8 are The axis of the channel 10 is not surrounded so as to be arranged on the same side with respect to the thread holding member seat (for example, the groove 6). The embodiment shown in FIGS. 12A and 12B is particularly unfavorable (when there is no additional holding means) because it is not held on the yarn after the yarn holding member 4 has been detached (see below). reference). 1 and 2 further includes a resilient (e.g., elastic, bendable, supple, flexible, etc.) thread retaining member 4, and the thread retaining member 4. Is received and retained so that it can be put back (removed) by a seat for the thread holding member (eg in the groove 6 or on the ridge 7 (see FIGS. 10A, 10B, 11A, 11B)). Two locations of fishing line 2 having an appropriate shape (e.g., annular) and size that can be applied and acting with a seat for the yarn holding member and passing between the yarn holding member and the seat It has an appropriate shape (for example, an annular shape) and a size enough to hold. In a particular embodiment of the exemplary fish shin indicator 28 (see FIGS. 1 and 2), the axis of the body channel 10 intersects at a right angle to a plane defined by a thread retention member seat (eg, the outer groove 6). To do. However, in a preferred embodiment, the axis of the body channel 10 intersects an acute angle (ie, less than 90 degrees) with the plane defined by the annular thread-retaining member seat (eg, the outer groove 6). Preferably, at one or the other body end 8, the angle between the axis of the body channel 10 and the plane defined by the thread-holding member seat (e.g. the outer groove 6) is 180 degrees to 0 degrees, 90 degrees to 0 degrees, 45 degrees to 0 degrees, less than about 90 degrees and greater than about 1 degree, less than about 90 degrees and greater than about 2 degrees, less than about 45 degrees and about 1 degree Greater range, less than about 30 degrees and greater than about 2 degrees, less than about 20 degrees and greater than about 5 degrees, less than about 15 degrees and greater than about 7 degrees, less than about 29 degrees And a range greater than about 25 degrees, about 28 degrees, and 28 degrees. Preferably, at one or the other body end 8, the angle between the axis of the body channel 10 and the plane defined by the seat for the thread holding member (eg groove 6) is less than about 15 degrees and Greater than about 7 degrees. Preferably, at one or the other body end 8, the angle between the axis of the body channel 10 and the plane defined by the seat for the thread retaining member (eg groove 6) is less than about 29 degrees and Greater than about 27 degrees. In a particular embodiment, at the body ends 8 on both sides, the angle between the axis of the body channel 10 and the plane defined by the thread retaining member seat (eg groove 6) is the same or substantially the same in both directions. The same. In a variant embodiment, at the body ends 8 on both sides, the angle between the axis of the body channel 10 and the plane defined by the thread holding member seat (for example the groove 6) is different in both directions. In a particular embodiment, the distance from the opening 8 in the first and second body end faces to the thread holding member seat (eg, groove 6) is the same or substantially the same in both directions. In the modified embodiment, the distance from the opening 8 on the first and second main body end faces to the thread holding member seat (for example, the groove 6) is different in both directions. Preferably, the intersection of the axis of the body channel 10 and the plane defined by the seat for the thread holding member (eg, groove 6c, channel, ridge, etc.) is at a position corresponding to the center of the body channel.

  In a less preferred variant embodiment (see FIGS. 12A and 12B), the axis of the body channel 10 does not intersect the plane defined by the thread-holding member seat (such as the outer groove 6 or the ridge 7). . In certain embodiments, the resilient annular thread retaining member 4 protrudes beyond the outer surface 14 at least in part.

  In embodiments in which the elastic thread retaining member 4 is received in the groove 6 or channel, the thread retaining member 4 is received in the groove 6 to a distance not exceeding about one-half of its radial width, at least about the same. Half protrudes beyond the outer surface 14. However, according to the aspect of the present invention, the degree to which the yarn holding member 4 is received in the groove 6 changes if the yarn holding member 4 is held so that it can be fully restored (disengaged). May be. In preferred embodiments, the depth of the seat for the thread retaining member is from about 0.025 cm to about 0.127 cm (eg, 0.01 to about 0.05 inches), from about 0.038 cm to about 0.10 cm (eg, 0.015 to about 0.04 inch), or about 0.05 cm to about 0.076 cm (eg, 0.02 to about 0.03 inch). Preferably, the depth of the seat for the thread retaining member is in the range of about 0.043 cm to about 0.086 cm (eg, 0.017 to about 0.034 inches).

  In a particularly preferred embodiment (see FIGS. 13A-E and FIG. 14), the depth of the seat for the thread retaining member (eg, groove, channel, ridge, etc.) is at the body side (center) at or near the body edge. Larger than or near). Preferably, in such embodiments, the depth of the seat for the thread retaining member is relatively large at or near the body end, and the body side (the center side corresponding to the position at or near the center of the body channel). Taper to a relatively shallow depth at or near the region. In a particularly preferred embodiment, the depth of the seat for the thread retaining member at or near the body end tapers to a relatively shallow depth at or near the body side (central region), and at or near the body end. The depth at is about twice or about twice the depth of the seat at or near the side of the body (central region). For example, in certain embodiments, the depth of the seat for the thread retention member at or near the end of the body is about 0.086 cm (eg, about 0.034 inches) and the side of the body (the central region) or Taper to a depth of about 0.043 cm (eg, about 0.017 inch) nearby. Without being bound by theory, it is conceivable that when sufficient thread tension is applied, the thread retaining member will initially detach from the thread retaining member seat at or near the end of the body and taper to a depth. The seat for the yarn holding member having the length advantageously conveys or promotes the yarn holding member to be detached from the side surface of the main body of the seat for the yarn holding member, and the yarn holding member is efficiently and completely displaced. The taper of the depth of the seat for the yarn holding member may be, for example, a continuous taper, a non-continuous taper, or a stepped taper. However, a method of effectively reducing the depth of the seat for the thread holding member from the end of the main body toward the center of the main body has an advantage. In embodiments having ridges or the like, i.e., the height of the seat for the thread retention member (e.g., bulge), the height of the seat for the thread retention member is effectively reduced from the body end toward the center of the body. That has advantages. Preferably, in such an embodiment, the cross-sectional depth of the thread retaining member complementary to the thread retaining member seat (eg, the complementary thread retaining member to fit the raised thread retaining member seat). The depth of the groove is tapered in accordance with the tapered height (for example, the bulge) of the seat for the yarn holding member.

  In certain embodiments, the depth of the seat for the thread retention member at or near the body end (or height, for example in the raised embodiment) is about 2 of the thickness or diameter of the material comprising the thread retention member. A quarter of the thickness or diameter of the material including the thread retention member at or near the body side (center region) (or height in raised embodiments, for example) Taper to.

  In embodiments where the resilient thread retaining member 4 is received on the ridge 7 (eg, FIGS. 10A, 10B, 11A and 11B), the thread retaining member 4 is preferably in the radial direction of the resilient thread retaining member 4. A distance not exceeding about one-half of the width is received on the raised portion 7 so that at least about half of the thread retaining member 4 protrudes beyond the tip of the raised portion 7. However, according to the aspect of the present invention, the thread holding member 4 is received on the raised portion 7 as long as the holding member is sufficiently held on the raised portion 7 so that it can be returned to its original position. The degree may vary. FIGS. 10B and 11B show a cut-away cross-sectional view of an exemplary thread retaining member 4 wherein the raised seat, i.e., the inner surface of the thread retaining member in the raised embodiment, is a seat for each exemplary thread retaining member. It is illustrated having complementary cross-sections that correspond to (eg, each rounded and inverted V-shaped ridge). In a particular embodiment, the elastic thread retaining member 4 is elastic, i.e., telescopic, and has a size and dimensions that are received and retained telescopically in the groove 6. In a preferred embodiment, the thread holding member 4 is an elastic ring (for example in the form of an O-ring) or an equivalent rubber ring or other elastic material (for example plastic). In certain embodiments, the seat for the thread retaining member (eg, groove 6 or ridge 7) is continuous around the outer surface 14. In an alternative embodiment, the seat for the thread retaining member (e.g., outer groove 6 or ridge 7) is formed of a plurality of non-continuous seat elements (e.g., repeated finite grooves or raised elements or portions). Such seat elements are suitably arranged around the outer surface 14 so as to form a discontinuous seat pattern sufficient to receive and hold the resilient thread retaining member 4. In a preferred embodiment (eg, FIGS. 1, 2, 4, 5A, 5B, 10A, 11A, 12A and 12B), the body 16 is generally oval or oval and the seat for the thread retaining member is , Generally an oval or annular groove 6. However, according to variations of the present invention, the body 16 may take various shapes (eg, FIGS. 6A-6G) and dimensions. Any size body 16 is basically possible in the design of the present invention, and the thread retaining member 4 and the corresponding seat for the thread retaining member (e.g., 6 or 7) may be the desired body of the indicator body 16. Depending on the size, shape, or design, various sizes, widths, depths, etc. can be taken. Any size body may be made, but in a preferred aspect for a particular fishing situation, the overall length or diameter of the body 16 may vary from about 0.6 cm to about 7.7 depending on the type of application. 6 cm (eg, 1/4 to about 3 inches), about 1.3 cm to about 5.1 cm (eg, 1/2 to about 2 inches), about 0.9 cm to about 3.75 cm (eg, 7/8 to about 1. 5 inches), or about 2.8 cm to about 0.64 cm (eg, 9/8 to about 1.25 inches). In preferred aspects, the length of the body is about 2.7 cm (eg about 11/16 inch), 2.22 cm (eg about 7/8 inch), about 1.74 cm (eg about 11/16 inch), And 1.27 cm (eg, about 0.5 inch), and the width of each body is about 1.86 cm (eg, about 0.734 inch), 1.55 cm (eg, about 0.61 inch), and about 1.25 cm. (For example, about 0.49 inches), and 0.99 cm (for example, about 0.39 inches).

  Preferably, and preferably for all embodiments, the body portion 16 is buoyant and may be of any suitable material and / or shape, but the outer surface of the body portion, in particular a seat for a thread retaining member. The portion of the outer surface adjacent to the surface (eg, at the edge or step of the seat for the thread retaining member) is preferably sufficiently rigid (eg, sufficiently non-deformable or incompressible) ), So that when the holding member 4 comes off, it is given by the direction and position of the edge of the seat for the yarn holding member with respect to the yarn 2 pulled by the fish bite when the holding member 4 comes off. The “moment arm” is not lost, reduced or lowered by compression or deformation of the edge of the seat for the thread holding member.

  In certain aspects, the thread retaining member 4 has a suitable body 16 dimensional range (e.g., about 0.6 cm to about 7.6 cm in diameter (e.g., about 1/4 to about 3 inches), etc.). Sized to be received and retained to conform in or on a service seat (eg 6 or 7). The design and sizing of the thread holding member seat (eg 6 or 7) reflects the dimensions and shape of the main body 16 and the thread holding member 4 so that the holding member 4 can be returned to its original position during operation (so that it can be removed). ) Fully aligned with holding member 4 to receive and hold. Such a seat for a thread holding member (eg 6 or 7) may be a groove 6, a channel or a slot in the body 16, or a raised surface or ridge 7 protruding from the body surface 14. Preferably, the design and sizing of the main body 16 and the thread holding member 4 are the same. The preferred width (eg in cross section) of the thread holding member 4 matches the width of the thread holding member seat. In a preferred aspect, the holding member has a cross-sectional width in the range of about 0.08 cm to about 0.64 cm (eg, about 1/32 to about 1/4 inch). In a specific aspect, the holding member may be made of or have a material that is elastic, stretchable, and elastic. The dimensions and / or components and / or elastic parameters of such elastic holding members are selected to have the appropriate line holding strength for different types of fishing and fishing situations. A commercially available “O-ring” is a preferred type of resilient annular retaining member 4. However, various elastic materials (for example, rubber washers, rubber bands, rubber bands, etc.) may be used, and the thread 2 is placed under the thread holding member in the operational relationship with the thread holding member seat. Any material or any structure (elastic or non-resilient) that can be seated or removed to hold it back can be used. Preferably, the yarn contact surface of the yarn holding member is a material that sufficiently grips the yarn (eg, rubber, soft plastic, etc.), and prevents the yarn from slipping while the main body is engaged on the yarn. . The holding member 4 may have various cross-sectional widths and shapes as long as it is received and held in a seat for the yarn holding member (eg, 6 or 7) so that it can be returned to its original position. Good (eg, circular, oval, octagonal, square, rectangular, triangular, etc.). Preferably, the retaining member 4 is configured to have a thread retaining member seat (e.g., 6 seats) in order to retain sufficient thread in the thread retaining member seat when the body is engaged over the thread. Or it is in good agreement with the shape of 7).

  In a particular embodiment, the fish snail indicator "not disengaged by fish snail" (i.e., the thread does not separate the retaining member 4 from the indicator 28 due to fish bite or fish "hooking on the needle"). In order to effectively provide an indicator that is sufficiently tightly held between the thread holding member 4 and the thread holding member 4, the thread holding member 4 is placed in or in the seat for the thread holding member (eg 6 or 7). It is selected to have sufficient holding force when engaged (with sufficient resistance to disengagement from the seat). In addition, such “fixed” thread position embodiments are very useful for certain types of fishing (if they do not require an indicator to be disengaged and / or slidable by a fishfish). However, thanks to the thread holding means according to the invention, it is novel and surprisingly effective, making it easy to adjust the indicator along the thread and allowing the indicator to be reused.

  In an additional aspect, the fish shin indicator 28 further includes a fishing line 2 that penetrates the body channel 10, and the thread is attached to the body 16 for a thread retaining member on its outer surface (eg groove 6 or ridge 7) and thread retaining. The member 4 is attached so that it can be returned to the original position at two points along the thread 2, and the fish shin indicator 28 is detached from the thread 2 when sufficient thread tension (over two attachment points) is applied to the thread 2. Can then be slid along the yarn 2 (for example, freely slidable). Thus, in a particular embodiment, the fish shin indicator 28 further comprises a fishing line 2 that penetrates the body channel 10, and the fishing line 2 emerges in the openings 8 at the ends of the two sides and from there, for example, holds Extending in the opposite direction between the member 4 and the thread holding member seat (e.g. extending between the holding member 4 and the outer groove 6 or extending between the holding member 4 and the outer ridge 7); Thereby, the fish trust indicator 28 is attached so that it can be returned to the original position at two locations along the thread 2. Thereby, the fish trust indicator 28 can be detached from the thread 2 when sufficient tension is applied to the thread 2 (to remove the retaining member 4 from the thread retaining member seat), and then the thread 2 (See, eg, FIGS. 5A and 5B).

  FIG. 2 shows the exemplary detachable fish shin indicator embodiment 28 of FIG. 1, wherein the resilient annular thread retaining member 4 sits in the outer groove 6 and the thread retaining member 4 and groove 6 An exemplary fishing line 2 passing between the two is held at two locations in the groove 6 (eg, in this embodiment, offset positions near the respective channel end openings 8). In certain embodiments, when sufficient tension is applied to the thread, the resilient thread retaining member 4 is positioned on the side of the body 16 closer to the fishing rod (eg, the longer one) (eg, FIGS. 1, 5B, 10A, 11A is moved preferentially onto the thread on the long side of the oval body 16), after the thread retaining member has been removed from the thread 2, It is promoted to hold the thread holding member 4 on the side closer to (the far side from the fishhook). As a variant, the elastic thread retaining member 4 may be moved to the smaller or opposite side of the body 16. According to a particular aspect, the shape of the indicator body 16 and the arrangement (eg 6 or 7) of the seat for the thread holding member thereon can be adjusted so that the thread holding member is attached to the indicator body when the thread holding member is removed. Selected to facilitate movement to one side or the other (see, eg, FIGS. 1, 5B, 10A, 11A and 6B). In any case, the yarn holding member 4 is held around the yarn 2 and can thus be recovered during operation for reuse.

  In another aspect, the thread retaining member is configured or has a torsional load so that it is pre-positioned so as to disengage on one side or the other side of the indicator body when it is disengaged. In a preferred embodiment (e.g., especially with an annular elastic retaining member), the design and / or method of attaching the indicator body portion to the thread using the thread retaining member is a thread (when sufficient tension is applied to the thread). This is for removing the holding member to the side of the indicator body closer to the fishing rod. Preferably, also referring to FIGS. 4, 5A and 5B, for example, the thread retaining member 4 (as shown in FIGS. 4, 5A and 5B) is disengaged on the side of the fishing rod of the body 14 to which the thread is attached. First, a part of the thread holding member 4 (for example, an O-ring) and the thread 2 are moved to a region / end portion (for example, the side closer to the fishing hook of the thread holding member seat 6 of the main body 14). , Engaged so as to be stationary (for example, by applying pressure with a finger or thumb) at the end of the thread holding member seat 6 close to the fishhook (on the left side of FIG. 4) And then hold the diametrically opposite non-engaging portion of the thread holding member 4 along the outer surface of the main body 14 (eg, from left to right along the upper surface of the main body 14 in FIG. 4). By rolling, a twisting load is applied to the yarn holding member 4, and then the yarn holding member 4 that has been rolled is applied. When the portion and the thread 2 are engaged with and held by the portion (the right side in FIG. 4) of the main body 14 away from the fishing hook of the thread holding member seat 6, thanks to the rolling holding, the thread holding member seat 6 The yarn holding member 4 has a torsional load. The reason why the rolling or torsional load is held in the seat for the thread-holding member is that in a preferred aspect, the thread-holding member 4 is elastic and is not stretched (stress free) and not rotating. Since the diameter is sufficiently smaller than the corresponding thread-holding member seat 6 so that the thread-holding member 4 is held in the seat 6 therefor, stress (such as rotation) (With or without) must be applied (stretched), so that it becomes a “strained” (deformed) seated thread retaining member 4, which is “strained” (elastic) This is because it is held while being seated in the holding member by virtue of its elasticity. Preferably, in the case of an asymmetric body 14 (e.g., oval), the smaller end of the indicator body portion 14 is positioned in a direction closer to the fishhook (left side of FIGS. 4, 5A and 5B); As a result, first, the thread holding member 4 is held in the thread holding member seat 6 at the smaller end of the main body, and then rotated along the surface of the main body 14 so that the larger end of the main body (FIG. 4). 5A and 5B (right) are held in a thread holding member seat and constitute a thread holding member 4 having a torsional load.

  It is contemplated that without being bound by theory, in such a preferred embodiment, first, for example, a portion of the circular thread retaining member 4 (and the thread 2) is used as a fishing hook on the seat 6 for the thread retaining member. The thread holding member 4 is held so as to be stationary in the near part, and then the opposite part of the thread holding member 4 is rolled along the body surface toward the part farther from the fishhook of the body part 14 to hold the rolled thread. The member 4 (and the yarn 2) is engaged in the seat for the yarn holding member to constitute the yarn holding member 4 having a torsional load. What can be considered in this yarn holding member is that the twisting force (rolling winding) is In other words, the yarn holding member 4 is asymmetrically distributed toward the portion closer to the fishing rod and the corresponding seat portion. This asymmetric twist distribution causes the thread retaining member 4 to disengage (as shown in FIG. 5B) to the side closer to the fishing rod of the body portion 14 to which the thread is attached (when sufficient tension is applied to the thread). Or to make it easier. What is considered without being bound by theory is that the distribution of the asymmetrical torsion causes the yarn holding member 4 in the portion of the yarn holding member 4 closer to the fishing rod to have a torsional load on the side of the yarn holding member 4 closer to the fishing hook. Decrease the elasticity (increase the coefficient of stiffness or elasticity, for example, increase the Young's modulus). Referring to FIG. 5A, when sufficient tension is applied to the thread, the portion of the thread retaining member 4 that is closer to the relatively elastic fishhook will first or more easily disengage from the seat for the thread retaining member, followed by The torsional load on the portion of the thread holding member 4 closer to the fishing rod (while such a sufficient force is applied, it remains attached for a longer time than the portion of the thread holding member seat 6 closer to the fishing hook. As it is softened, it is actively pulled around the portion of the main body 14 closer to the fishing hook toward the portion of the main body 14 closer to the fishing rod.

  Basically, therefore, such an asymmetric torsional load initially causes the portion of the thread holding member 4 having an asymmetric torsional load to be disengaged (from the thread retaining member seat) closer to the relatively elastic fishing hook. Shortly thereafter, the thread retaining member “bounces” to the portion of the body 14 closer to the fishing rod due to the relaxation of the asymmetric torsional load.

  As a variant, according to a further aspect of the present invention, the asymmetric modulus or torsional negative distribution increases the configuration (eg material, method) and / or design (eg the modulus of elasticity of the yarn holding member itself unsymmetrically). To eliminate the need for rolling or the like). However, an embodiment with rolling torsional loads is preferred because this embodiment provides an asymmetric torsional load without the need for complex retaining member designs and / or materials and This is because it provides an actuated disengagement from the seat for it to an efficient controlled fish.

  13A-E have a corresponding first and second body end face opening 8 along with an outer surface 14, first and second body ends, and an axial channel 10 therebetween, the channel 10 being the fishing line 2 ( A particularly preferred embodiment of a detachable fish indicator 28 for a fishing line is shown that includes a buoyant oval body portion 16 sufficient to accommodate a slidable progression (not shown). The body 16 (e.g., the surface thereof) additionally includes a seat 6 (e.g., groove, channel, ridge, etc.) for the thread retaining member, which in this embodiment has side and bottom surfaces in and around the outer surface 14. An annular groove 6, in this embodiment the plane defined by the groove 6 is such that the openings 8 of the first and second end faces are arranged on opposite sides of the groove 6 (or of the plane defined thereby). As such, it intersects the axis of the channel 10. In this exemplary embodiment, the axis of the body channel 10 intersects a plane defined by an annular thread-retaining member seat (eg, outer groove 6) at an acute angle of about 28 degrees (FIG. 13D). Furthermore, in this exemplary embodiment, the preferred point of intersection of the axis of the body channel and the plane defined by the seat for the annular thread retaining member is at a position corresponding to the center of the body channel (FIG. 13D). FIG. 13B shows the overall length (“A”), width (“B”), inner diameter of the axial channel (“C”), outer diameter of the axial channel (deck hole) (“D”), countersink depth. The exemplary dimensional variables for length ("E") as well as retaining seat radius ("R4") are shown (see Table 1 below). FIG. 13D further illustrates exemplary radius values of the body surface portion (“R1”, “R2”, “R3”). Exemplary values for “A”, “B”, “C”, “D”, “E”, “R1”, “R2”, “R3”, “R4” are shown in Table 1 below.

[Offset axial channel embodiment]
Preferably, the axis of the channel 10 of the body portion 16 coincides with the true central axis of the body portion 16 (eg see FIG. 1). Alternatively, however, the channel 10 axis of the body portion 16 is offset (eg, one or both ends of the channel) and / or at a different angle with respect to the true central axis of the body portion 16. For example, FIGS. 15A and 15B illustrate a “offset” hole embodiment of a variation of the removable fishlight indicator 28 for fishing lines. In the embodiment of FIGS. 15A and 15B, the axis of the channel 10 of the body portion 16 is offset from the true center axis at the small side edge of the oval body portion 16 and is relative to the true center axis of the body portion 16. It is also a different angle. In an embodiment where the actual channel holes are offset from the theoretical true body center axis (crosshairs in FIG. 15B), for example in this embodiment, during the fish-seed mediating removal of the thread retaining member 4, the egg At the small end of the shape (not the large end), even after the point where the thread holding member 4 reaches the theoretical true central axis (cross-hair in the figure), In this case, it is continuously applied to the yarn holding member 4. Without being bound by theory, particularly when used in combination with the asymmetric torsional load of the thread retaining member 4 as described elsewhere, this offset function is closer to the side of the body portion 16 closer to the heel. This makes it easy to remove the thread holding member 4 with consistent and reproducible fish belief operation.

[Removable fish faith indicator system]
Referring to FIGS. 3, 4, 5A, 5B, 7, 12A, 12B, the additional side provides a detachable fish-behind indicator system for fishing line 2 and / or silicon or tippet and is described above. In addition to the elements and changes of the new detachable fish shin indicator, it can be attached to a user-selectable fishing line 2 and / or a fixed position of silicon or tippet (eg crimping, sticking, elastic tension, etc.) ) Having at least one yarn stop member 18, said yarn stop member 18 having an outer surface, first and second stop member ends, and an axial stop member channel therebetween, in which the first and first 2 having a stop member cross-sectional opening, the yarn stop member 18 can be received in the axial channel 10 of the body 16, and the side and / or dimensions of the shape of the yarn stop member 18 (eg flange or (Such as an enlarged or expanded side) may function to attach the thread stop member 18 when entering the body channel 10, thereby allowing removal beyond the fixed position selected by the user attaching the stop member 18. The indicator can be sufficiently prevented from moving. Such a stop member 18 can be any suitable material (e.g., metal, plastic, elastic material, etc.) and is dimensioned so that it can be easily passed through the fishing line thread guide by thread recovery. . Preferably, to facilitate separation of the indicator body channel 10 when removing the fish food indicator 28 from the thread 2, and when the thread recovery exceeds the stop member 18 mounting position selected by the user, the thread guide is passed through. In order to promote such a free passage, the outer surface of the stop member 18 should be non-grip. In this embodiment (e.g., FIG. 4), the original fish shin indicator 28 is shown attached to the thread 2 at the point of attachment to the stop member 18 and applied to the thread 2 at a position selected by the user. ing. In certain embodiments, the width between the ends of the stop member 18 is less than or equal to half the width of the end of the body 8. In an additional preferred embodiment, the removable fish news indicator system is constituted by two thread stop members 18 that can be received on the opposite side of the body 16. Thus, additional embodiments provide a removable fish-indicator indicator system (having at least one stop member 18) and further extend through the body channel 10 to provide an external retaining member seat (eg, groove 6). And a fishing line 2 attached to the body so that it can be restored to the body at two points along the line 2 using the holding member 4, The thread 2 can be removed and then slidable from or to the attachment position of the at least one thread stop member 18. Thus, in a particular embodiment, the fish shin indicator 28 extends through the body channel 10 and emerges at two opposite body channel open ends 8 and from there outwards (e.g. grooves) 6) with a fishing line 2 passing under the holding member 4 in the inner part, so that the fish shin indicator is mounted so that it can be restored at two points along the line 2 and in the application of sufficient tension on the line 2 The thread 2 can be removed from the thread 2 and can therefore be slid from or to the mounting position selected by the user of the at least one thread stop member 18.

  3A, 3B, 3C show side views of three exemplary line stop members 18 that can be attached to the fishing line 2 in user selectable positions. Ingenious thread stop 18 provides a removable fish-behind indicator system, the original channel of the fish-behind indicator (partially indicated by dotted line 14 in the figure) axial channel 10 and the shape and / or dimensions of the line stop member 18 serve to mount the line stop member 18 in the body channel 10 of the original fish shin indicator, and the fish removed along with the fishing line 2 Limit the slidable movement of the indicator. The attachment side of the stop member may correspond to its enlarged portion (eg, flange, ridge, etc.) that attaches to the mating stop member receiving surface of the axial channel 10 (see FIGS. 3A-3C), for example. The thread stop member can be any material that can be secured to the thread 2 (eg, compressed, secured or crimped to be held in a secured position in the thread 2 and / or silicon or tippet. Obtainable plastic materials, elastic members attached by means of specific dimensional properties and elasticity, etc.). In order for the attached stop member to effectively prevent slidable movement of the fish-seed indicator removed beyond the stop member attachment position, the attachment of the yarn stop member to the thread is stopped. A stop made of a plastic material (eg metal, plastic, etc.) as long as the member is fixed or effectively fixedly attached to the thread and is non-slidable (or at least substantially non-slidable) Any suitable means may be used including, but not limited to, crimping the member, securing the crimpable stop member, adhering the stop member to the thread, attaching by a particular elastic means, and the like. The stop member may comprise, for example, a material or configuration that prevents or minimizes wear of the yarn on its inner surface or a material or configuration that increases the grip of the yarn. In order to substantially prevent slidable movements, those stop members that are sufficiently attached to the thread in a sense, under practical conditions depending on the type and nature of operation fishing, are within the scope of the present invention. If enclosed, but still repositioning is desired (eg, a close-fitting elastic member), apply sufficient force to reposition with the thread. In order to avoid hindering movement through the yarn guide, the stop member is preferably a plastic metal, preferably a non-gripping outer surface.

  FIG. 4 shows a side view of an exemplary removable fish news indicator system embodiment having a thread stop member 18 mounted therein so that, in operation, the fish news indicator is thread and / or Or it is mounted at a position selected by the user on silicon or tippet.

  FIGS. 5A and 5B show a side view of an exemplary removable fish-indicator system embodiment having a thread stop member 18 mounted therein, and further (moving from FIGS. 5A to 5B) It shows how the grooved nail thread holding member 4 can be moved from the holding member seat (eg, the external groove 6) of the main body 16 when sufficient thread tension is applied. Subsequently, the fish sign indicator is removed, and then the removed fish sign indicator together with the thread 2 is allowed to slide. In general, in such an embodiment, the retaining member is replaced on the larger side of the body (eg, oval), but in the alternative, it may be replaced on the opposite side of the fish faith indicator. According to a specific aspect, the shape of the indicator body 16 and the arrangement of the holding member seat (eg 6 or 7) on the removal of the indicator body 16 can be moved to the thread holding member relative to one side or another side of the indicator body. It can be selected to facilitate (see, eg, FIGS. 1, 4, 5B, 10A, 11A, 6B). In any case, the thread holding member 4 is held around the thread 2 and can therefore be recovered in operation for reuse in a new detachable fish indicator system.

  Therefore, due to the new nature, design and method utilizing the current fish shin indicator and system, there is no significant wear, deterioration or deformation on the thread surface mounting surface, and it is adjustable and consistent (eg, repetitive) Can be removed identically, or substantially similar thread tension values), allowing for controlled, reproducible removal and reuse. Further, the inventive fish shin indicator and system includes the structure, dimensions and properties (eg, size, elastic strength (ie, tensile modulus), etc.) of the thread holding member 4, the structure of the seat for the thread holding member, and Depending on the dimensions and relative nature of these features and with respect to other features of the fish shin indicator, it may be selected to be removed at various thread tension values. (E.g., relative orientation with respect to the axial channel 10; positioning with respect to the side of a particular conformation (e.g., asymmetric side profile of the body 16; e.g., see Figure 6B)).

  In a particular embodiment, the detachable fish shin indicator system extends through the first and second thread stop members 18, and further through the body channel 10 and the channels of the first stop member 18 mounted therein. The fishing line 2 is composed of fishing line 2 (or silicon and / or tippet), and the line 2 uses a line for holding the line holding member (for example, the external groove 6 and the raised portion 7) and the holding member 4. 2 is attached so that it can be returned to the main body 16 at two points along the line 2, and the fish shin indicator can be detached from the thread 2 by applying sufficient tension to the thread 2 (eg, thread). Can be slidable (e.g. from the mounting position of the first stop member, from the position of the first installed fish-seed indicator) Second thread stop member 18 a predetermined position along the length thread, and to the mounting and associated position of the first it becomes attached thread stop member 18 side opposite to strike indicator side). Thus, in a particular embodiment, the fish shin indicator 28 is connected to the first and second thread stop members 18 and further to the main body channel 10 and the fishing line extending through the channels of the first stop member 18 mounted therein. Of the holding member 4 positioned on the holding member seat (for example, the external groove 6 and the raised portion 7) after coming out to the surface by two opposing body channels and end openings 8 Originally passed in the opposite direction and attached to the body 16 so that it can be returned to the main body 16 at two points along the thread 2 (eg deterrence). Applying tension (crossing the two thread restraining positions), a second thread stop member that can be detached from the thread 2 and is positioned along the thread 2 at a distance from the attached fish-seed indicator 18 take It is slidable with respect to only the position and strike indicator side which is opposite to the first attached thread stop member.

  The inventive novel system is composed of at least one stop member 18 and, once removed from it, if it can be freely slid on the thread 2, it can be removed in a specific manner. It need not be limited to indicator design. Accordingly, the general aspect provides a fish line indicator system that is detachable from the fishing line, the fishing line 2; reversibly attached and detachable, and then slidable along the fishing line 2. A buoyant detachable fish signal indicator; and attachable at a user-selectable position along the fishing line 2 to limit slidable movement along the fishing line 2 of the removed fish signal indicator during operation At least one fish-indicator stop member 18 that is sufficient to do so is provided. Certain general aspects are attached at various user-selected positions along the fishing line 2 and are suitable for delimiting the slidable fish bet indicator removed along the fishing line in system operation. The first and second attachable fish shin indicator stop members 18 are configured. In certain general aspects, the detachable fish shin indicator is attached to the thread 2 attached to the first thread stop member attached at the thread position initially selected by the user, and upon removal, The removed fish shin indicator can then slide between the first and second line stop members 18 along the fishing line 2. In a preferred aspect, the fish shin indicator can be detached using an application of sufficient tension to the fishing line (eg when the fish is “caught”). Accordingly, the general aspect of the present invention provides a method of fishing using a removable fish bean indicator system in combination with at least one fish bean indicator stop member 18.

  Referring to FIGS. 4, 5A, 5B, 7, a specific embodiment is described in a fish X Provides fishing methods using indicators (eg, basically any type of fishing with any type of water), obtains fishing line 2 in cooperation with an operable fishing rod 32, stretches through a fishing rod guide Further, from the tip portion of the fishing rod to the fishing hook 20, the yarn 2 that can be collected by the yarn collecting means mounted on the fishing rod 32, the extended yarn portion having the hook proximity position and the hook tip position are provided. In the method, the first and second fish-indicator indicator stop members 18 are first attached to the hook tip yarn stop position corresponding to the preferred fishing depth X with respect to the extended yarn portion, and the second is the length from the hook. It corresponds to the position of the length Y, and is composed of attachment to the hook proximity thread stop position, which is approximately equal to the length Y of the fishing rod. Further, the shape and / or dimensional characteristics of the thread stop member 18 may serve to attach the thread stop member 18 in a buoyant detachable fish shin indicator 28. The method further includes attachment of the buoyant detachable fishing line fish indicator 28 to the thread 2 by engagement with the first hook tip stop member 18 between the two thread stop members 18; The buoyant detachable fishing line fish indicator 28 is attached (removably) to the fishing line 2 between the first and second stop members 18 so that it can be returned to the original position, and can be detached from the fishing line 2, and then the fishing line. 2 is slidable along 2 and can be removed by applying sufficient yarn tension. The method further comprises removing the fish indicator 28 by hooking the fish (e.g. "attaching") the fish; by collecting the stretched yarn to a thread position substantially corresponding to that of the second stop member 18; Constructed, it is possible to fish at a deep portion X that is larger than the full length Y of the fishing rod and still reach the caught fish so that it can be collected effectively and efficiently.

[System and method including a new thread stop member that can be removed so that it can be restored and the left side]
A further aspect is to adjust and / or reversibly attach a thread (including but not limited to fishing lines, ropes, strings, cables, wires, cords, etc.) and / or one or more positions and / or Alternatively, a novel yarn stop member apparatus and method for delimiting a range along a yarn is provided. The ingenious yarn stop member is detachable (or reversibly attachable) so that it can be returned to the original, thereby enabling adjustment and positioning along the yarn in a slidable manner. , May be used to specify a range or total length between which the user can select.

  A further aspect is that in addition to the fish sign indicator that can be detached by fish bite or not by fish bite, it can be attached to a fixed position along the fishing line selected by the user, To limit the slidable movement along the fishing line, a fish-behind indicator that can be engaged with the original fish-behind indicator body or cannot be disengaged by fish bites (eg, an effectively fixed fish-belief) In addition or alternatively to provide an indicator) at least one “removably removable” that can be fixedly attached to the internal engagement collar of a particular inventive fish shin indicator embodiment New detachable composed of “Fishin Indicator Thread Stopping Member” (eg as explained below) To provide a signal indicator system.

  In a preferred embodiment, a specific “dual-use” creative fish-indicator body (with an internal engagement collar) can be removed by a fish bite (line-holding on the thread-holding member seat of the fish-in indicator body) Is not fixedly attached to the internal engagement collar with an original thread stop that can be reattached using a member, or is not separable by a fish bite (without using a thread retainer) Rather, it can be used for dual purposes as a fish-belief indicator (fixedly attached to an internal engagement collar with an original thread stop that can be reversibly attached).

  A further aspect provides a new way of fishing, which can be removed by a creative fish bite with a unique fish-indicator thread stop or a creative fish-indicator indicator system that can be reversibly removed or Includes fishing with fish shin indicators that cannot be disengaged by fish bites (eg, as explained below).

  16A-E show a novel slide collar fixed thread stop according to an exemplary embodiment of the present invention. The thread stopping member is reversibly moved at a thread fixing position for attaching a thread, which can be slidably positioned along the thread fixing member 60. Cylindrical type having a color channel that can be properly positioned to support and can be properly positioned to remove the thread fixing member 60 from the thread fixing position for removing the thread so that the thread can be returned to its original position. The engagement collar 72 is configured. The thread fixing member 60 comprises a longitudinal channel 80 or an optimum channel to allow a slidable thread path therethrough. The thread fixing member 60 further operates at one end with at least one thread fixing arm 68 pair or member each having a collar stop flange 66 at one end, and an engagement collar 72 to fix the thread therebetween. Are comprised of said thread-fixing arms or members that are associated with each other so that they can be attached and can be positioned (eg, using at least one hinge or pivot element 64, etc.). The thread fixing member 60 further includes a collar mounting and holding portion 62 at one end on the opposite side, and each holding portion 62 has a holding arm collar stop flange 76 and is arranged apart from each other ( Example: elastic) equipped with a collar mounting and holding arm 74. In a particular embodiment, the plurality of collar mounting and holding arms are spaced or separated by at least one slot 78, which slots (by holding arm collar stop flanges) on the thread securing member 60. It is suitable for reversibly reducing the distance between the collar mounting and holding arms that allow the initial mounting and holding of the engagement collar 72 (eg, by compressing the arms together). The engagement collar positioning portion 20 is located between the pair of thread fixing arms 68 and the collar mounting and holding portion 62. The engagement collar positioning portion 20 includes means for positioning the engagement collar 72 on the thread fixing member 60. In one aspect, the engagement collar positioning portion 20 is in a position (e.g., a thread attachment position) where it can operate in conjunction with a thread fixing arm 68 or member so that the thread can be secured therebetween. Positioning the engagement collar 72 above allows for thread attachment. In another aspect, the engagement collar positioning portion 20 positions the engagement collar 72 on the thread fixing member 60 at a position that prevents operation in connection with the thread fixing arm 68 (eg, thread removal position). This makes it possible to remove the thread. In the illustrated exemplary embodiment, the engagement collar positioning portion 20 is composed of an elastic compression ridge having an outer diameter that is larger than the diameter of the engagement collar channel in an uncompressed state, thereby In order to reposition the collar between the thread attachment position and the thread removal position, the engagement collar positioning portion 20 must be compressed (e.g., by applying sufficient lateral force with the engagement collar).

  FIGS. 17A-D show a thread collar fixation thread stop according to another exemplary embodiment of the present invention. The thread stop member is suitable for reversibly supporting the thread fixing member 70 at the thread fixing position for attaching the thread, and can be positioned along the elongated thread fixing member 70 and the thread fixing member 70 therethrough. And a cylindrical engagement collar 72 having a color channel suitable and positionable for reversibly removing the thread fixing member 70 from a thread fixing position for reversibly removing the thread. The The thread securing member 70 is comprised of a longitudinal bore 78 or channel suitable to allow a slidable thread path therethrough. The thread securing member 70 further includes at least one pair of thread securing arms 68 or members each having a collar stop flange 66 at one end, the thread securing arms 68 or members operating with an engagement collar 72. And can be positioned relative to each other (eg, using at least one hinge or pivot element 64, etc.) so that the threads can be secured and the threads can be attached therebetween.

  The thread fixing member 70 further comprises a collar mounting / holding portion 62 at one end on the opposite side, and the collar mounting / holding portion 62 has a holding arm collar stop flange 76 and is arranged apart from each other. A plurality of collar mounting and holding arms 74 (e.g., elastic). In a particular embodiment, the plurality of collar mounting and holding arms are spaced or separated by at least one slot 78, which slots (on the holding arm collar stop flange) on the thread securing member 70. It is suitable for reversibly reducing the distance between the collar mounting and holding arms that allow the initial mounting and holding of the engagement collar 72 (eg, by compressing the arms together). The engagement collar positioning portion 20 is located between the pair of thread fixing arms 68 and the collar mounting and holding portion 62. The engagement collar positioning portion 20 includes means for positioning the engagement collar 72 on the thread fixing member 70. In one aspect, the engagement collar positioning portion 20 is in a position (e.g., a thread attachment position) where it can operate in conjunction with a thread fixing arm 68 or member so that the thread can be secured therebetween. Positioning the engagement collar 72 above allows for thread attachment. In another aspect, the engagement collar positioning portion 20 positions the engagement collar 72 on the thread securing member 70 in a position that prevents operation in conjunction with the thread securing arm 68 (eg, thread removal position). This makes it possible to remove the thread. In the illustrated exemplary embodiment, the engagement collar positioning portion 20 is attached by screwing an engagement collar between the thread attachment position and the thread removal position. As such, it is comprised of attachment means in a complementary relationship with the attachment means located in the engaging collar channel.

  In accordance with a preferred aspect of the invention, the inventive thread stop can be disengaged by fish bite (as described in detail herein) or by fish bite as described in detail below. Not used as part of the system in combination with the fish shin indicator. Furthermore, the reversibly retractable thread stop described above is designed in virtually all sizes to accommodate virtually a variety of thread types and diameters. However, in a preferred aspect, the original thread stop member is disengaged by the fish bite shown in detail in the above, and the vertical axis hole (axial channel) of the fish signal indicator not disengaged by the fish bite The dimensions are designed in accordance with the mounting in.

[A new thread stopping member that can be removed so that it can be restored, and a system that cannot be removed by biting fish, and a method of using the same]
An additional preferred embodiment provides a new slidably adjustable fish bite indicator that is not separable by fish bite, and in the body channel 10 (eg see FIGS. 18A-C and 19A-C). Embodiment of thread stop member that can be removed so as to be able to return to the above in combination with a buoyant fish shin indicator main body portion having an “internal mounting member” 24 (eg, collar, flange, band, ring, notch, etc.) Is provided. In one such preferred aspect, the retaining arm collar stop flange 76 of the collar mounting and retaining portion 62 is selectively incorporated into the body channel 10 of a particular “dual-use” fish-seed indicator body embodiment. 24 (Example: collar, flange, band, ring, notch, etc.) is attached. The “double-use” original fish shin indicator body (with internal engagement collar) can be removed by fish biting (using the thread holding member 4 in the thread holding member seat 6 of the fish shin indicator body). (Not fixedly attached to an internal attachment member 24 (e.g. collar) with an original thread stop that can be reattached) or not removable by fish bites (without using a thread retainer) Rather, it is used for dual purposes as a fish-indicator indicator that is fixedly attached to an internal attachment member 24 (eg, collar) in the channel 10 of the original thread stop member that can be reversibly attached. can do. Alternatively, the original thread stopping member that can be removed is attached by an original thread stopping member that can be attached so that the main body can be returned (removable so that it can be returned). When constructed from possible internal mounting members (eg, collars), it can be used with fish-indicator embodiments that do not have a retaining member or a retaining member seat as used herein.

  18A-C illustrate, for example, a thread collar locking thread stop member used in conjunction with a dual-purpose fish-indicator body portion having an internal engagement collar 24 within the axial channel 10 (eg, as in FIGS. 17A-D). Indicates. The thread stop member has an elongated thread fixing member 70 having a thread fixing arm 68 or a member at one end thereof, a color channel passing therethrough, and can be positioned along the thread fixing member 70, A cylindrical engagement collar 72 that is appropriately and positionable to hold the thread securing member 70 back in the thread securing position for attachment. The thread fixing member 70 includes, for example, a collar mounting and holding portion 62 having a plurality of spaced (eg elastic) collar mounting and holding arms 74 each having a holding arm collar stop flange 76 at the other end. In addition. 18A and 18B show the respective combinations of before and after attachment of the thread collar fixing thread stop member to the internal engagement collar 24 (eg, attachment of the holding arm collar stop flange 76). FIG. 18C illustrates an exemplary tool 82 (eg, for removing the retaining arm collar stop flange 76 thereof) for removing the thread collar fixation thread stop member from the inner engagement collar 24, according to a further aspect. In this exemplary embodiment, the inner engagement collar 24 and the counterbore 22 are configured slightly asymmetrically within the fish shin indicator body.

  FIGS. 19A-C show the thread collar securing thread stop member of FIGS. 18A-C in combination with a fish shin indicator having an internal engagement collar 24 in the axial channel 10 according to an additional embodiment. FIGS. 19A and 19B show combinations of before and after the attachment of the thread collar fixing thread stop member to the engagement collar 24 (for example, before and after the attachment of the holding arm collar stop flange 76). FIG. 19C shows, according to a further aspect, an exemplary tool 82 for removing the thread collar fixation thread stop from the inner engagement collar 24. In this exemplary embodiment, the inner engagement collar 24 and the counterbore 22 are configured to be significantly asymmetric within the fish shin indicator body.

  The removal tool 82 can be of any configuration suitable for moving or compressing the retaining arm 74 and retaining arm collar stop flange 76 so that it can be removed (removed) from the inner engagement collar 24. . The illustrated illustrated tool is suitable for compressing the retention arm 74 and retention arm collar stop flange 76 when applying the tool against the arm in the channel 10 using sufficient pressure. It has a funnel shape with an angle and size. The tool may be, for example, various shapes (eg funnels, cylinders, squares, ovals, rectangles), sizes and / or configurations (eg: compression shapes (eg funnels, cylinders, etc.)), columnar arms Etc.) and may be either single-ended or double-ended (as shown here) or may have more ends. The tool may have the same or different tool size or configuration at each end thereof. All that is required is that the tool, or a portion thereof, can be applied to the holding arm 74 and / or holding arm collar stop flange 76 to facilitate removal from the internal engagement collar 24. .

  As will be apparent to those skilled in the art, the thread stop member (eg, any of those shown here) can be of any size (eg, any size that can be received within the fish-indicator body portion). it can. Preferably, the thread stop of the present invention is large enough to facilitate easy handling, attachment, removal, adjustment, etc. by the user. Also, as will be apparent to those skilled in the art, according to aspects of the present invention, only one thread stop member (e.g., only one thread stop member that can be removably removed, or any one described herein) Is required to attach the fish-indicator indicator body to the thread. This is regardless of the particular fish shin indicator body used, and in the case of a “dual use” indicator body part, the fish shin indicator body can be removed by a fish bite (ie, the fish shinshin indicator). (The thread holding member 4 is used in the thread holding member seat 6 of the indicator body, and the internal attachment member 24 (eg, collar) is not fixedly attached to a thread stop member that can be attached so that it can be returned to the original position of the present invention) Or a fish-indicator indicator that is not separable due to fish bites (ie, the internal attachment member 24 within the channel 10 of a thread stop member that is attachable so as not to use the thread retaining member 4 but rather to be able to be reverted to the present invention). This applies regardless of whether it is used as (e.g., fixedly mounted). Thus, attributes of the body channel 10 such as the depth (or even presence) of the counterbore 22 (as opposed to the counterbore used to receive the initial positioning thread stop) and / or within the channel 10 There is no requirement that the positioning of the internal mounting member (e.g. collar) at the center be symmetrical. That is, if there are a plurality of counterbore holes, they may be of various diameters and / or depths, or there may be only a single counterbore 22 at one end of the channel 10. Further, the position of the internal mounting member 24 (eg, collar, flange, band, ring, notch, etc.) may be other than the center position of the channel 10, that is, the internal mounting member may be, for example, one of the channels 10 or It may be placed near or close to the other end. Preferably, in small body portion embodiments (such as those shown in FIGS. 19A-19C), the internal attachment member 24 is at or near the end of the channel 10 opposite the end that receives the yarn stop member. Arranged. In this way, the size of the thread stop member can be kept large enough to facilitate easy handling by the user, while at the same time allowing the use of a micro fish-indicator body. Thus, while the preferred embodiment of the trike indicator body of the present invention has the channel 10 and at least one counterbore 22 at one end, there is no requirement for an opposing counterbore, even if such Even if counterbore holes are present, there is no requirement that the diameter and / or depth of such counterbore holes must be the same as the counter-bore. In the particular “system” embodiment described herein comprising two stop members (eg, a rod proximity thread stop member and a hook proximity thread stop member) between which the body is slidable, is really needed. All that is required is that the yarn stop member (eg, hook proximity yarn stop member) can attach and / or limit the slidable movement of the body portion with respect to the yarn attachment position of the yarn stop member.

FIG. 6 is a side view of an exemplary detachable fish bean indicator embodiment, according to certain aspects of the present invention, holding an end-to-end axial channel and a fishing line passing through two points inside the groove. Along with the elastic grooved nail, there is an external groove in and around the outer surface surrounding the channel axis such that the channel end hole is located on the opposite side of the groove. FIG. 2 is an embodiment of the example detachable fish shin indicator of FIG. 1, with an elastic fluted nail retainer located in an external groove that holds a fishing line that passes according to two points. 3A-3C are side views of three exemplary line stop member embodiments that can attach a fishing line to a user-selectable position according to a particular aspect. The original thread stop member can be received in the axial channel of the original removable fish sign indicator body to provide a removable fish signal indicator system, and the shape and / or dimensions of the thread stop member are It works to attach a thread stop member in the body channel of the original fish-line indicator, and restricts the sliding movement of the fish-line indicator removed according to the fishing line. When engaged by the indicator body, the thread stop member may be flat, embedded or protrude from the body surface. FIG. 3 is a side view of an exemplary removable fish-indicator system embodiment with a thread stop attached according to a particular aspect, wherein the thread stop is located at a remote distance along the thread, the two stop members being a user Defines the range of sliding movements that can be selected. 5A and 5B are side views of an exemplary detachable fish shin indicator system embodiment having a thread stop member mounted therein for attaching an indicator to a user selected position according to a particular aspect; Shows how the grooved nail thread retaining member is moved from the outer groove of the body by applying sufficient thread tension (indicated by a pair of opposite arrows), which Remove and then allow the indicator to slide along the thread (eg, between a set of stop members attached to the thread at a user-selected position). In general, in such embodiments, the elastic retaining member is moved to the side of the larger (or vice versa) body in the direction proximate to the heel (eg, oval). FIGS. 6A-6D are side views of seven additional exemplary detachable fish indicator embodiments according to particular aspects, wherein the shape and size of the indicator body, and generally the inventive system described above, is Explains that it can take a variety of different forms. 6E-6G are side views of seven additional example detachable fish indicator embodiments according to particular aspects, the shape and size of the indicator body, and generally the inventive system described above. Explains that it can take a variety of different forms. For fishing using detachable and slidable fish sign indicators at depths greater than the length of the fishing rod, eg according to certain aspects (eg “central feeding zone” or “holding zone” depths) It is an illustration showing an original method. The method includes the use of an ingenious detachable fish indicator indicator system, which not only promotes efficient fishing in the depth of consistent user selection, but also promotes efficient and effective capture of caught fish, It simultaneously enhances the overall fishing experience and reduces the damage to caught fish. FIG. 8A and FIG. 8B show a fish shin indicator that can be quickly removed according to the prior art. When the fish is “stuck”, the thread tension releases the tippet loop sandwiched between the rubber stopper and the stopper wall that receives the slot in the indicator body, after which the indicator and stopper are free to move along the fishing line. It becomes possible to slide. This indicator and its substantial drawbacks are discussed in the “Background” section above. The slidable fish shin indicator which is a prior art is shown. A resilient positioning fixture allows the indicator to be manually and forcibly repositioned according to the silicon while providing sufficient grip pressure on the silicon to maintain its position. This indicator and its substantial drawbacks are discussed in the “Background” section above. FIGS. 10A and 10B show another exemplary embodiment similar to the embodiment of FIGS. 1 and 2 according to certain aspects, but instead of a groove in the body, a round ridge protruding from the body surface. A thread holding member seat having a shape is provided. The line holding member has a groove on its inner surface that cooperates with a circular raised holding member seat and operates with a raised seat to hold a fishing line passing there between at two points. FIGS. 11A and 11B show another exemplary embodiment similar to the embodiment of FIGS. 1 and 2 according to certain aspects, but with a reverse “V” protruding from the body surface instead of a groove in the body. It has a letter-shaped thread holding member seat. The line holding member has a groove in its inner surface that cooperates with the inverted "V" shaped raised holding member seat and operates with a raised seat to hold the fishing line passing there between at two points. To do. FIGS. 12A and 12B show two alternative exemplary embodiments according to additional aspects, wherein the retaining member seat (eg, groove or ridge) is the first while rolling around the outer surface of the body. 2 and 4, except that the second cross-sectional hole does not surround the channel axis so that it is located on the same side as the retaining member seat (eg, groove or ridge) rather than on the opposite side. Is similar to the described embodiment. FIGS. 13A-13E illustrate a particularly desirable “tapered deep” retaining member seat embodiment of a removable fish bean indicator 28 for fishing line. FIG. 14 illustrates another cross-sectional view of a particularly desirable “tapered deep” retaining member seat embodiment of the detachable fish bean indicator 28 for a fishing line shown in FIGS. FIGS. 15A and 15B show an “offset” hole embodiment that is an alternative to the detachable fish bean indicator 28 for fishing lines. FIGS. 16A-16E illustrate a snap-on collar that secures a thread stop according to an additional exemplary embodiment of the present invention. FIGS. 17A-17D show a thread collar for securing a thread stop, according to yet another exemplary embodiment of the present invention. FIGS. 18A-18C illustrate a thread collar that secures a thread stop member in combination with a fish faith indicator having an internal engagement collar 24 in the axial channel 10 in accordance with yet another exemplary embodiment of the present invention. Is shown. 18A and 18B show the combination before and after the thread collar for fixing the thread stop member is attached to the internal engagement collar 24, respectively. FIG. 18C shows an exemplary tool for removing a screw collar that secures the thread stop from the internal engagement collar 24 according to a further aspect. In this exemplary embodiment, the inner engagement collar 24 and the counterbore 22 are incorporated asymmetrically in the fish shin indicator body. FIGS. 19A-19C illustrate a screw collar that secures a thread stop member combined with a fish line indicator having an internal engagement collar 24 in the axial channel 10 according to additional embodiments. 19A and 19B show the combination before and after the thread collar for fixing the thread stop member is attached to the internal engagement collar 24, respectively. FIG. 19C illustrates an exemplary tool for removing a screw collar that secures the thread stop from the internal engagement collar 24, according to a further aspect. In this exemplary embodiment, the inner engagement collar 24 and the counterbore 22 are incorporated asymmetrically in the fish shin indicator body.

Claims (48)

A fish indicator that can be removed so that it can be restored.
A body portion having buoyancy, the body portion between the outer surface, the first body end, the second body end, and the first body end and the second body end; An axial channel, the axial channel having an opening at the end face of the first body end and an opening at the end face of the second body end, and the fishing line passing through the axial channel during operation. Of slidable passage of
Furthermore, it has a thread holding member and a thread holding member seat disposed around the outer surface of the main body portion,
The thread holding member seat can be received and held so that the thread holding member can be returned to the original position, and the thread holding member, together with the thread holding member seat, is located between the two openings. Acts to hold the fishing line passing through in two places,
When a sufficient tension is applied to the fishing line, the line holding member can be removed from the seat of the line holding member by the action of the line, so that the fish line indicator can be removed and slide on the line. The fish faith indicator.   The thread holding member seat is arranged such that the opening of the end face of the first main body end and the opening of the end face of the second main body end are arranged on both sides of the thread holding member seat. The fish faith indicator according to claim 1, which surrounds an axis of the axial channel.   The fish trust indicator according to claim 2, wherein the thread holding member seat is a continuous groove or a discontinuous groove.   3. The fish faith indicator according to claim 2, wherein the thread holding member seat is a continuous ridge or a non-continuous ridge protruding at least to some extent from the outer surface of the main body portion.   The fish faith indicator according to claim 1, wherein the axis of the main body channel intersects a plane defined by the seat for the thread holding member at an angle smaller than 90 degrees.   The angle between the axis of the body channel at the first body end or the second body end and the plane defined by the thread retaining member seat is less than about 30 degrees and about The fish beet indicator according to claim 1, greater than 2 degrees, or less than about 20 degrees and greater than about 5 degrees, or less than about 15 degrees and greater than about 7 degrees.   The fish trust indicator according to claim 1, wherein the shortest distance from the opening of the first main body end surface and the opening of the second main body end surface to the seat for the yarn holding member is the same or substantially the same in both directions. .   The fish trust indicator according to claim 1, wherein the thread holding member protrudes at least to some extent from a seat for the thread holding member.   The fish trust indicator according to claim 1, wherein the thread retaining member is received by the thread retaining member seat to a distance not exceeding about one-half of the cross-sectional width thereof.   The fish trust indicator according to claim 1, wherein the yarn holding member is under tensile elastic stress while being held by a seat for the yarn holding member.   The fish trust indicator according to claim 10, wherein the thread holding member is in the form of an annular elastic band or is an O-ring.   The fish trust indicator according to claim 1, wherein the seat for the thread holding member is continuous around the surface of the main body.   The fish faith indicator according to claim 1, wherein the main body is substantially oval or elliptical, and the seat for the thread holding member is substantially oval or circular. And a fishing line, silicon, or tippet portion that extends through the channel of the main body, the fishing line, silicon, or tippet portion being connected to the line by the thread holding member seat and the thread holding member. It is attached so that it can be returned to the main body at two locations along
During operation, when sufficient tension is applied to the yarn, the yarn holding member is movable from the seat for the yarn holding member, thereby removing the body slidably along the yarn; The fish faith indicator according to claim 1. Furthermore, it has a fishing line, silicon or tippet part extending through the channel of the body, the fishing line, silicon or tippet part appearing at the opening at both ends and then in the opposite direction from there Advance between the thread holding member and the thread holding member seat,
The fish shin indicator is held so that it can be restored at two locations along the thread,
During operation, when sufficient tension is applied to the yarn, the yarn holding member is movable from the seat for the yarn holding member, thereby removing the body slidably along the yarn; The fish faith indicator according to claim 2. It is a fish faith indicator system that can be removed so that it can be restored.
A body portion having buoyancy, the body portion between the outer surface, the first body end, the second body end, and the first body end and the second body end; An axial channel, the axial channel having an opening in the first body end face and an opening in the second body end face, and sliding the fishing line through the axial channel during operation. Make possible traffic sufficiently possible,
And a thread holding member and a thread holding member seat disposed around the surface of the main body,
The thread retaining member seat is receivable and retainable so that the thread retaining member can be released later, and the thread retaining member, together with the thread retaining member seat, extends between the openings. Acts to hold the fishing line in two places,
And having at least one line stop member attachable to the fishing line,
The yarn stop member includes an outer surface, a first stop member end, a second stop member end, and an axial stop member between the first stop member end and the second stop member end. The stop member channel has an opening on the first stop member end face and an opening on the second stop member end face,
The fish-indicator indicator system, wherein the thread stop member is removably received in the axial channel of the body and is operatively engaged with the thread stop member in the channel of the body.   The seat for the thread holding member surrounds the axis of the channel so that the opening of the first main body end surface and the opening of the second main body end surface are arranged on both sides of the seat. Fish faith indicator system.   18. The fish faith indicator system according to claim 17, wherein the thread holding member seat is a continuous or non-continuous groove.   18. The fish faith indicator system according to claim 17, wherein the seat for the thread holding member is a continuous or non-continuous raised portion protruding at least to some extent from the surface of the main body.   The distance between the first stop member end and the second stop member end is approximately one half of the distance between the first body end and the second body end. The fish faith indicator system according to claim 16, which is smaller.   17. The fish faith indicator system according to claim 16, further comprising two thread stop members that are receivable at both ends of the body.   17. The fish faith indicator system according to claim 16, wherein an axis of the body channel intersects a plane defined by the thread holding member seat at an angle smaller than 90 degrees.   The angle between the axis of the body channel at the first body end or the second body end and the plane defined by the thread retaining member seat is less than about 30 degrees and about 17. The fish faith indicator system of claim 16, wherein it is greater than 2 degrees, or less than about 20 degrees and greater than about 5 degrees, or less than about 15 degrees and greater than about 7 degrees.   17. The fish faith indicator according to claim 16, wherein a shortest distance from the opening of the first main body end surface and the opening of the second main body end surface to the seat for the yarn holding member is the same or substantially the same in both directions. system.   17. The fish faith indicator system according to claim 16, wherein the thread holding member protrudes at least to some extent from a seat for the thread holding member.   17. The fish faith indicator system of claim 16, wherein the thread retaining member is received by the thread retaining member seat to a distance that does not exceed about one-half of the cross-sectional width of the thread retaining member.   17. The fish faith indicator system according to claim 16, wherein the thread holding member is under tensile elastic stress while being held by the thread holding member seat.   28. The fish faith indicator system according to claim 27, wherein the thread holding member is in the form of an annular elastic band or is an O-ring.   17. The fish faith indicator system according to claim 16, wherein the seat for the thread holding member is continuous around the surface of the main body.   17. The fish faith indicator system of claim 16, wherein the body is substantially oval or elliptical and the seat for the thread retaining member is substantially oval or circular. And a fishing line, silicon, or tippet portion that extends through the channel of the main body, the fishing line, silicon, or tippet portion being connected to the line by the thread holding member seat and the thread holding member. It is attached so that it can be returned to the main body at two locations along
During operation, when sufficient tension is applied to the yarn, the yarn holding member is movable from the seat for the yarn holding member, so that the disengaged body is attached to the at least one yarn stopping member. The fish faith indicator system according to claim 16, which is slidable to an attachment position. Furthermore, it has a fishing line, silicon or tippet part extending through the channel of the body, the fishing line, silicon or tippet part appearing at the opening at both ends and then in the opposite direction from there Advance between the thread holding member and the thread holding member seat,
The fish shin indicator is held so that it can be restored at two locations along the thread,
During operation, when sufficient tension is applied to the thread, the thread retaining member is movable from the thread retaining member seat and thereby slidable to the attachment position of the at least one thread stop member. The fish faith indicator system according to claim 17, wherein the main body is removed. A first yarn stop member and a second yarn stop member;
And further comprising a fishing line, silicon or tippet portion passing through the channel of the body and the channel of the first stop member attached thereto,
The fishing line is held so that it can be returned to the original position by the body at two locations along the fishing line using the holding member and the seat for the line holding member. The holding member can be disengaged from the thread holding member seat so that the disengaged body is on the side of the fish shin indicator opposite the side of the first thread stop member. The fish-behind indicator system according to claim 16, which is slidable to a mounting position of the second thread stop member positioned at a certain distance from the first thread stop member. Having first and second thread stop members;
And further comprising a fishing line, silicon, or tippet portion extending through the channel of the body and the channel of the first thread stop member attached thereto.
After the fishing line appears in the two body end openings on both sides, it extends in the opposite direction between the line holding member and the line for the line holding member, so that the body is located along the line in two places. When the fishing line is sufficiently tensioned, the holding member can be detached from the seat for the line holding member during operation, so that the detached main body is The second thread stop member positioned on the fish-indicator indicator side opposite to the first thread stop member side and positioned at a certain distance from the first thread stop member along the thread. The fish faith indicator system according to claim 16, which is slidable to an attachment position. A detachable fish shin indicator system for fishing line,
Fishing line, silicon or tippet part,
A buoyant detachable fish indicator, attachable to the fishing line, silicon, or tippet portion, detachable therefrom, and slidable along the detachment;
Can be attached to a user selectable position along the fishing line, silicon, or tippet portion during operation, and along the fishing line, silicon, or tippet portion of a disengaged fish faith indicator during operation A fish faith indicator system having at least one fish faith indicator stop member sufficient to limit sliding.   The fishing line, silicon of the fishline indicator that can be attached to different positions selectable by the user along the fishing line, silicon, or tippet portion, and is slidable during operation of the fishline indicator system 36. The fish beet indicator system of claim 35, comprising first and second attachable fish bean indicator stop members suitable for defining a slidable range along the tippet portion.   During operation, the fish sign indicator is engageable with the first thread stop member attached at the first thread position and can be attached to the thread. 37. The fish bean indicator system of claim 36, slidable between the first and second thread stop members along the fishing line, silicon or tippet portion.   36. The fish faith indicator system according to claim 35, wherein the fish faith indicator can be detached by applying sufficient tension to the yarn during operation. A method of fishing at an installation depth greater than the approximate length of a fishing rod using a detachable and slidable fish shin indicator,
Having a step of obtaining a fishing line operably coupled to a fishing rod, the fishing line extending from the tip of the fishing rod to a fishing hook through a fishing rod guide, and being collected by a yarn collecting means attached to the fishing rod; The extending portion of the fishing line has a fishhook proximal portion and a fishhook distal portion,
Attaching first and second fish signal indicator stop members to the portion of the fishing line that extends, the first fish signal indicator stop member being selected by the user to correspond to a desired fishing depth. And attached to a first thread stop position distal to the fishhook, the second fish signal indicator stop member corresponding to a distance of the fishing rod approximately from the fishhook portion and a second proximal to the fishhook. The first and second thread stop members, which are attached to the thread stop position, are disengageable and slidable and are received by a fish buoy indicator having buoyancy, and are engaged and slidable. Acts to limit movement,
A detachable and slidable fish shin indicator is engaged with the first thread stop member distal to the fishhook at a position between the first thread stop member and the second thread stop member. The fish sign indicator is attached to the fishing line so that it can be returned to the original position, and can be detached from the fishing line. After the removal, the first line stop member and the second line stop indicator along the fishing line. It is slidable between the thread stop member, and the fish trust indicator can be detached when a sufficient tension acts on the thread,
Having the step of removing the fish-belief indicator by placing a fishhook on the fish;
Recovering the extended fishing line to the position of the line corresponding to the approximate position of the second line stop member, and at least to the extent possible to fish at a set depth greater than the approximate length of the fishing rod Is that way.   The fish beet indicator according to any one of claims 1 to 38, wherein a depth of the seat for the thread holding member is greater at or near the end of the main body than at or near the center of the main body.   The depth of the seat for the thread retaining member is relatively large at or near the end of the body and tapers to a relatively shallow depth in or near the body. The described fish faith indicator.   39. The fish faith indicator according to any one of claims 1 to 38, wherein an axis of the channel of the body portion coincides with a true central axis of the body portion.   39. The fish faith indicator according to any one of claims 1 to 38, wherein an axis of the channel of the body portion does not coincide with a true center axis of the body portion.   39. A channel axis of the body portion is offset and / or offset at at least one channel end with respect to the true central axis of the body portion. The fish trust indicator according to item 1. A thread stop member that can be removed so that it can be restored
An elongate thread clamp member having at least one pair of thread clamp arms at one end thereof and a collar mounting holding portion at the other end thereof; Each having a collar stop flange, the collar mounting retaining portion having a plurality of spaced collar mounting retaining arms, each of the collar mounting retaining arms having a retaining arm collar stopping flange, and the elongated The thread clamp member has a longitudinal bore or channel, which is suitable to allow slidable passage of the thread therethrough,
A cylindrical engagement collar, the engagement collar having a color channel extending therethrough, and slidably positionable along the thread fastening member; By the action of the fastening arm, the yarn fastening member can be positioned so as to be held and returned to the original position at the yarn fastening position or the thread engagement position, and the yarn fastening member can be positioned so as to be engaged with the yarn. It can be positioned at the thread removal position where it can be removed from the position so that it can be returned to the original operation and removed so that the thread can be restored.
An engagement collar positioning portion disposed between the at least one pair of thread fastening arms and the collar mounting holding portion, the engagement collar positioning portion having the engagement collar positioned on the thread fastening member; Means for positioning so that the engagement collar is positioned in the thread engagement position when it is operatively coupled with the thread clamp arm, and the engagement collar is positioned on the thread clamp. A thread stop member positioned at the thread disengagement position when operative coupling with the arm is prevented.   The engagement collar positioning portion has a compressible portion, and the compressible portion has an outer diameter that is larger than the diameter of the engagement collar channel in an uncompressed state, whereby the engagement collar 46. A thread stop according to claim 45, wherein the positioning portion must be compressed to reposition the collar between the thread engagement position and the thread disengagement position.   Between the thread attachment portion and the thread removal portion, the engagement collar positioning portion has thread means complementary to thread means located in the engagement collar channel, whereby the engagement 46. The collar positioning portion must be engaged by screwing the engagement collar over the engagement collar positioning portion between the thread engagement position and the thread disengagement position. Thread stop member.   49. The fish faith indicator system according to any one of claims 16 to 38, wherein the at least one yarn stopping member is the one according to any one of claims 45 to 47.

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