RU2634940C1 - Ice fishing tackle with electric drive - Google Patents

Abstract

FIELD: human vital needs satisfaction.

SUBSTANCE: fishing tackle includes a whip holder, an electric drive control unit containing a solenoid with a core, and a power source. The whip is connected to the whip holder with a possibility of rotation relative to it and electric drive rod. The length of the whip between whip connection to the whip holder and the whip connection to electric drive rod is used as a lever for turning the whip by the drive rod with respect to the whip holder. The whip holder and the solenoid are fixed together.

EFFECT: device sizes reduction.

12 cl, 2 dwg

Description

Technical field

The invention relates to accessories for fishing, more specifically accessories for ice fishing.

State of the art

Known fishing rod for ice fishing with electric drive, disclosed in the USSR copyright certificate No. 1115692, published on 09/30/1984. The disadvantage of this known fishing rod is the need to hold it with your hand, as well as the ability to use as bait only mormyshki and, accordingly, the inability to use, for example, spinners.

At the same time, the electric fishing rod (spinning) disclosed in US Pat. No. 8,136,289 dated March 20, 2012 is known for fishing from a pier or boat, but which can be used for ice fishing, and including a whip, a whip holder, and an electric drive control unit. made in the form of a solenoid with a core for moving the fishing rod whip, and a power source.

This famous invention is the prototype of the claimed fishing rod for ice fishing with electric. In the well-known technical solution combined into a single device and are used actually the fishing rod and stand for fishing rods, bringing the fishing rod in motion. The design of the stand for fishing rods involves the joint use with fishing rods of various sizes, which leads to the cumbersomeness of the stand itself, since the stand holder is driven by the electric drive of the stand, and not the fishing rod itself.

To increase the dimensions of the known device also leads to the fact that the moment of force created by the electric drive to rotate the rod must be significant. Therefore, the lever used by the core of the solenoid is provided for by a large (longer) lever, by which the rod is rotated together with its holder. Although this implies a reduction in the force exerted by the core, it requires a larger stroke of the core to rotate the fishing rod by a predetermined angle. The need to rotate the fishing rod holder, as well as the increase in the lever used by the solenoid core, and the large stroke of the solenoid core are the reasons for the increase in the dimensions of the stand for the fishing rod and the device as a whole.

The claimed technical solution is aimed at using electric fishing rods for ice fishing with a small whip (whip). For such fishing rods, the use of a separate fishing rod stand leads to unnecessarily cumbersome and it is advisable to combine the stand and fishing rod constructively in a single device.

In this case, it is necessary to maintain the ability of the device to make bait movements similar to the movements made by a person during winter fishing to play bait and fish hooks.

Disclosure of invention

The technical result achieved in the claimed fishing rod for ice fishing with electric drive, is to reduce the size of the device. To do this, turn the whip directly (and only) and exclude the rotation of the whip holder, rotated in the prototype. This reduces the height of the device. In addition, the lateral size of the device is reduced by reducing the arm of the lever used to rotate the whip relative to the whip holder, while reducing the stroke of the core of the solenoid, thereby reducing the size of the solenoid. In turn, a decrease in the shoulder due to an increase in effort from the side of the core becomes possible when using a small whip (whip).

The indicated technical results are achieved in a fishing rod for ice fishing with an electric drive for moving the whip with a rod including a whip holder, an electric drive control unit containing a solenoid with a core, and a power source, while the whip is connected to the whip holder with the possibility of rotation relative to it and the electric drive rod and the length of the whip between the connection of the whip with the whip holder and the connection of the whip with the electric drive rod is used as a lever for turning the whip with the electric drive rod relative to the Atelier whip connected rigidly to the solenoid.

The electric drive rod can be connected to the whip with the possibility of free movement of the whip relative to the core of the solenoid, after stopping the movement of the core by the solenoid. The drive of the electric drive can only be the core of the solenoid.

The electric drive rod may consist of a solenoid core and a metal strip connected to the core of the solenoid with the possibility of free running along the core, after the movement of the core by the solenoid has stopped.

The drive rod may consist of a core of a solenoid and a cable or chain connected to a whip.

It should be noted that the core of the solenoid is connected to the whip either directly or through one or more traction elements. Since the whip rotates relative to the holder of the whip, it (the whip) rotates relative to the core of the solenoid. Therefore, it is necessary to provide for the connection of the core of the solenoid with the whip excluding the occurrence of a moment of force bending the core.

A fishing rod may include a housing mounted on ice or in snow near the hole, while a solenoid, an electric drive control unit and a power source can be installed in the housing, and the whip holder is rigidly fixed to the housing. The fishing rod may also include a reel with fishing line mounted on the body, and the fishing line while passing along the holder of the whip and along the whip.

The fishing rod may include a casing mounted on a whip holder made in the form of a support mounted on ice or snow near the hole, and a fishing line reel mounted on the casing, while the fishing line can extend along the whip holder and along the whip, and the electric drive solenoid, block The controls and power supply can be mounted on the whip holder in the casing.

The fishing rod may include a counterweight mounted on the whip, partially balancing the whip with fishing line and bait relative to the swivel connection of the whip with the whip holder. Additionally, the fishing rod may include a nod mounted on the whip, indicating a bite.

The counterweight may be biased along the whip.

The nod can also be set to move along the whip and thereby be used to partially balance the gear.

The rod, in particular, directly the core of the solenoid, can be pivotally connected to the whip relative to the hinge connection of the whip to the whip holder from the side on which the counterweight is mounted.

A whip stopper may be mounted on the whip holder relative to the whip holder.

To transport a fishing rod, the whip can be detachably connected to the rod, and with a whip holder with the possibility of rotation and location along the whip holder.

Brief Description of the Drawings

In FIG. 1 shows a fishing rod for ice fishing with an electric drive, which is in neutral position during fishing.

In FIG. 2 shows an ice fishing rod with an electric drive with a whip raised by the electric drive to its highest position.

The implementation of the invention

In FIG. 1 and FIG. 2 shows a fishing rod for ice fishing with an electric drive with a whip 1 mounted rotatably on a whip holder 2, rigidly mounted on a housing 3, in which a control unit 4 with a control 5, a power supply 6 and a solenoid 7 with a core 8, which is connected with a whip 1 by means of a thrust element 9 formed by the core 8 and element 9, with the possibility of rotation of the whip 1 relative to the core 8. A reel 10 with fishing line 11 is mounted on the housing 3, while the fishing line 11 runs along the holder of the whip 2, the whip 1 itself , a nod 12 installed at the end of the whip 1 and ends with bait 13. On the opposite side of the whip 1 relative to its connection with the whip holder 2 there is a counterweight 14 mounted on the whip 1 with the possibility of displacement along it and fixing its position on the whip 1. To limit turn the whip 1 to the right on the holder of the whip installed limit stop 15.

In FIG. 1 and FIG. 2 shows a thrust element 9 made in the form of a rod or strip. However, the thrust element can be made of a cable, or a cord, or a chain. It should also be noted that only the core of the solenoid, connected directly to the whip, can serve as a thrust.

The connection of the whip holder to the whip can be hinged or, for example, the whip can be suspended in a groove made in the upper part of the whip holder and restricting the rotation of the whip in the horizontal plane.

The connection of the draft with the whip can also be articulated. But it is also possible to connect by means of an earring mounted on a whip, located in the longitudinal groove of the core of the solenoid or a thrust element connected to it, made, for example, in the form of a metal or polymer strip. Moreover, the use of the earring is more preferable not only because it provides the possibility of free movement of the whip relative to the traction, but also because with a significant movement of the traction shown in FIG. 2, the whip, turning, moves the connection with the rod in a direction perpendicular to the holder of the whip 2. In order to take into account this lateral displacement of the connection between the rod and the whip, in particular, it is advisable to provide for the rotation of the element 9 of the rod relative to the core 8 of the solenoid to avoid the action of the moment of force bending the core of the solenoid.

The fishing rod operates as follows. With a period of time from several seconds to tens of seconds, provided in the control unit 4 and the adjustable control 5, the solenoid 7 retracts the core 8 and sharply rotates the whip 1 by the pull element 9 relative to the whip holder 2. The length of the whip 1 between its hinges with the whip holder 2 and the thrust element 9 is used as a lever for turning the whip with the thrust relative to the holder of the whip 1. In this case, the whip 1 together with the counterweight 14, fishing line 11, nod 12 and bait 13 from the position shown in FIG. 1 moves to the position shown in FIG. 2. An important point is the movement of a whip, etc., by inertia, after the core stops in the solenoid. To prevent the whip from striking the thrust or hitting the thrust element against the core, it is envisaged, respectively, to implement the thrust element in the form of a cable, or a cord, or a chain, or to connect the thrust element with the core of the solenoid with the possibility of free movement of the thrust element along the core after it stops, or to connect a whip with a thrust element with the possibility of a free-wheeling turn of a whip along the thrust element after the core of the solenoid stops.

After stopping the whip in the position shown in FIG. 2, the relatively slow return of the whip to the position shown in FIG. 1, under the influence of gravity acting on the right side of the whip, nod and bait. The left side of the whip (relative to the connection with the whip holder 2) and the counterweight partially balance the right side of the whip with the bait. The weight of the counterweight and its position along the left side of the whip 1 is selected to provide a cut - a sharp rise in the right side of the whip and a smooth, but rather quick return of the whip to its original position, shown in FIG. one.

Claims (12)

1. An ice fishing rod with an electric drive for moving the whip with traction, including a whip holder, an electric drive control unit containing a core solenoid, and a power source, characterized in that the whip is connected to the whip holder with the possibility of rotation relative to it and the electric drive traction, and a segment the whip between the connection of the whip with the whip holder and the connection of the whip with the electric drive rod is used as a lever for turning the whip by the electric drive rod relative to the whip holder, while the holder x ysta solenoid and fixedly connected. 2. A fishing rod according to claim 1, characterized in that the electric drive rod is connected to the whip with the possibility of a free whip travel relative to the core of the solenoid after the core has been discontinued by the solenoid. 3. The fishing rod according to claim 2, characterized in that the rod of the electric drive is the core of the solenoid. 4. Fishing rod according to claim 2, characterized in that the electric drive rod consists of a core of a solenoid and a metal strip connected to the core of the solenoid with the possibility of free movement along the core after the cessation of core movement by the solenoid. 5. A fishing rod according to claim 1, characterized in that the electric drive rod consists of a solenoid core and a cable or chain connected to a whip. 6. The fishing rod according to claim 1, characterized in that it includes a housing, while the solenoid and power source are installed in the housing, and the whip holder is rigidly mounted on the housing. 7. Fishing rod according to claim 6, characterized in that it includes a reel with fishing line mounted on the body, and the fishing line runs along the holder of the whip and along the whip. 8. Fishing rod according to claim 1, characterized in that it includes a casing mounted on a whip holder made in the form of a support, and a reel with fishing line mounted on a casing, while the fishing line passes along the whip holder and along the whip, and the electric drive solenoid and the block The controls are mounted on the whip holder in the casing. 9. Fishing rod 7 or 8, characterized in that it includes a counterweight mounted on the whip, the connection of the whip with the whip holder is hinged, while the counterweight partially balances the whip with fishing line and bait relative to the hinged connection of the whip with the whip holder. 10. The fishing rod according to claim 1, characterized in that it includes a nod and a counterweight mounted on the whip from opposite sides relative to the hinge of the whip with the whip holder, and the electric drive rod is pivotally connected to the whip from the side on which the counterweight is mounted. 11. A fishing rod according to claim 10, characterized in that the counterweight is mounted with the possibility of displacement along the whip. 12. Fishing rod according to claim 10, characterized in that the nod is mounted with the possibility of displacement along the whip.

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