RU30241U1 - Light fishing lure - Google Patents

Description

Light fishing lure

The utility model relates to the field of amateur and sport fishing and can be used as a component for fishing tackle. Light fishing nimanka can be used as an active light bait both for fishing in the surface layers of a reservoir and at a depth. The size and depth of the bait is limited by the size of the housing simulating a fish, ensuring the transmission of light rays from a radiation source and the strength of the housing that can withstand water pressure.

The invention is known "Fishing lure, patent RU X 2059363, published 10. 05.1996, A01K85 / 00, in which use 1 fuchochka and an insect mimic. However, to attract fish, we use a moving bait that acts on the tactile organs of fish and do not use the effect of attracting fish with light.

The invention is known "Patent RU No. 2027360, published on 27. 01. 1995, A01K75 / 02, comprising a housing, a light source and a SOURCE of thread, however, this device is used in industrial fishing to bait a school of fish in a net, a trawl but can not be used for sport and recreational fishing.

Known utility model "Lighting device for fishing,

Certificate RU No. 15946, published on November 27, 2000, A01K93 / 02, A01K75 / 02,

including a housing, a light source, an energy source, but the device is very

I, -, :: -. V ....: ...- ..:. -: -: - - A01K85 / 00, A01K75 / 02 A01K93 / 02 by the surface of the water, and therefore can be limitedly used for

increase tackiness.

The closest technical solution is the invention "Light bait, patent RU No. 2065700, published on 27. 08. 1996, A01K85 / 00, comprising a housing consisting of two halves with grooves for a power source, connected to the forest and hook and a light source. However, the design of the bait is very complex, using an unreliable circuit consisting of a large number of components, in addition, to increase the catchability, an electric circuit is used that provides spatial - temporal modulation with a multivibrator. and the effect of increasing the gains is achieved by the pulsation of light.

There is a need for cheap, reliable and simple constructions of baits, providing high tackiness of tackle for amateur and sport fishing. To achieve the goal of recreational and sport fishing, it is necessary to deplete the continuous reliable glow of the nimank for several hours. At the same time, preparing the bait before fishing should be simple, not taking much time and not requiring large expenditures on batteries. The catching effect of the active light bait is achieved not due to the luminous intensity of the bait or pulsation of light, but due to the most accurate imitation of the fish. If in natural conditions a fish, which is a prey of a predator, affects its organs of touch and organs of vision due to glare from the surface of a fish’s fish, in the proposed device the constant glow of the bait is perceived as glare (reflection) due to a change in the position of the bait in deep or surface streams water. The luminescence of the bait imitates the natural glow of the cheoguy fish due to the soft, penetrating through

2 translucent plastic bait case, light. For natural

imitation of fish does not require a large amount of luminous flux, and the occurrence of glare can also be controlled by reflecting faces applied to the body of the bait.

The technical result of the proposed utility model is to increase the catchability of gear with bait by increasing the reliability of the glow and the natural imitation of fish using bait.

The technical result is achieved by using the following technical solution. The light fishing lure consists of a housing connected with a forest and a hook, equipped with grooves, a power source and a light source. The proposed light fishing lure is characterized in that the housing is made of translucent plastic having dielectric properties, the housing is equipped with fastening elements, for example, grooves located in the central part by means of which the {slide with counterparts in the form, for example, of guides, is fitted with a lock is retracted on the case, while the case is provided with soldered metal plastic elastic light plates electrically connecting the power source and the light source, use a light-emitting diode as a light source, operating at low currents of not more than 0.2 - 20 milliamperes per hour, and use at least one removable, disk, hermetically sealed as a power source , metal DC battery. The battery power is calculated based on the dielectric properties of the plastic and should, for example, be no more than 1.7 volts amperes per second. The bait may have a housing consisting of two sealed halves. The bait may also be in the form of a hull, for example, in the form of a fish. The body of the bait, for example, is made in the form of a wobbler or jig head or balancer. This design can be used in all types of spinners or in construction

3

floats. For example, the bait may have a housing that is partially placed above the surface of the water due to positive buoyancy and at the same time serve as a float. The body of the bait can be either solid with a cavity for the power source, or hollow, consisting of two sealed halves. The bait may have a lid lock, which is made in the form of an elastic locking plate soldered into the body of the bait or placed directly on the hinge as an elastic element of the hinge. In the bait, for example, a helium, lithium or nickel - cadmium DC battery can be used For example, for bait as a power source, you can use a DC battery characterized in units of the amount of electricity not more than 20 milliamps per hour. which will ensure constant burning of the light source for several hours. The drawings schematically depict:

FIG. 1 - the drawing shows a longitudinal section of a balancer, conventionally not shown power sources. FIG. 2 - the drawing shows a longitudinal section of a wobbler with power sources.

FIG. 3 - a longitudinal view of a jig head with conventionally shown

silicone bait put on a hook.

FIG. 4 - the drawing shows a cross section with a closed fastener equipped with

lock, power supplies are conditionally not shown.

The design of the bait is as follows. Case (1) made of translucent cast

plastic, which is simultaneously a dielectric. A hook (2) is soldered into the body,

two metal spring-loaded plates (3), one part of each plate is soldered

into the housing, and the second part protrudes into the cavity (4) of the housing, supporting

which has a positive charge on one plate and a negative charge on the other. The LED (6) is soldered into the body of the bait, and at the same time is electrically connected to the power source (5) through wires (7) that connect the positive and negative poles of the power source (5). The wires are also soldered into the housing (1), the material of which insulates the plates, wires and LED. After the batteries (5) are inserted into the cavity (4) of the housing (1), they are clamped by the cover (8), which is equipped with guides (16), through which it is pushed into the housing (1) and the lock (9) (see Fig. 4). The lock snaps due to the elastic element (10). There can be one or two rechargeable batteries, and the size of the battery is calculated so that the spring-loaded plates (3) tightly clamp the batteries (5) between the surfaces a. As batteries can be used round flat sealed batteries with a capacity of up to 1.7 watts., Providing voltage from 1.5 volts to 3 volts. For example, helium batteries type 399A or lithium batteries type LR44, AG8 or nickel - cadmium batteries type L-0.06. The presence of small currents characterizing the electric circuit in units of the amount of electricity equal to from 0.25 to 20 milliamps per hour provides

lack of short circuit of the batteries on themselves even with a slight ingress of moisture into the cavity of the body of the bait. Current isolation of other parts of the electrical circuit

provided that they are soldered into the dielectric material of the housing. The casing can be made of two halves soldered to each other, the central part of the casing can be flattened and contain elements of an electric circuit soldered into it, and the outer ends of the casing can be made hollow. Such a design of the body of the bait will provide it with the desired required zero or one or positive buoyancy. The LED (6), soldered inside the case with a closed electric circuit, burns inside the body of the bait, the material that transmits light, being translucent. In case of use as a bait jig

/ -L0y // f9

0 (i

5 head (see Fig. 3), the upper part of the LED (6) is on the surface

enclosures (1) {see Fig 3), and the body of the LED is also soldered into the housing (1) by means of a plastic tube (11). When fishing, a silicone additional bait (12) with a tail (13) is put on the hook, and the LED shines through it (see Fig. 3). In front of the wobbler, the load (14) is soldered to the body (see Fig. 2). all lures are equipped with a hook (15) for fishing line.

Light fishing lure works as follows.

Before fishing, insert batteries (5) into the cavity (4) of the housing (1), press them with a hook (8), which is retracted by grooves and guides (16) located either on the housing (1) or on the cover ( 8), after which the cover is latched with a suede. (9). In this case, the electric circuit is closed and the LED starts to work. The radiation from the LED passes through the material of the body, creating the effect of a luminous bait, which is made, for example, in the form of a fish. Radiation creates both a glow effect and provides glare on the surface of the bait due to its movement in jets of water, or due to protrusions on the surface of the body of the bait, which refract the rays from the LED. For the predator, the illusion of a real, natural fish is created, which captures the catchiness of gear using the proposed bait. The LED glow is carried out all the time the bait is in the water. Power sources last for several hours of fishing. After fishing is over or the battery is completely discharged, the power source is replaced with a new one. As a result of the use of low currents, a reliable luminescence of the diode is ensured without shorting the electric circuit; at the same time, no complicated measures are required to seal the body of the bait. A simple connection between the hull and the krypps using the lock pretty well prevents the internal cavity of the bait hull from getting water into it. If there is a slight moisture ingress inside the housing, the electrical circuit will not

6 is interrupted due to the fact that the main conductive elements are firmly soldered

into the insulating material of the body. At the same time, the bait can withstand

 loads not exceeding the tensile strength of plastics.

Thus, the technical result of the utility model is achieved - an increase

catching ability with bait by increasing the reliability of the glow and

a natural imitation of fish using bait.

The proposed invention performs the task, and is also

reliable, easy to operate and cheap.

7

Claims (12)

1. Light fishing lure, consisting of a housing connected with a forest and a hook, equipped with a cavity, grooves, a power source and a light source, characterized in that the housing is made of translucent plastic, equipped with a cavity with grooves located in the central part, by means of which the cover slides in the housing with mates in the form of guides, equipped with a lock, while the housing is equipped with metal elastic plates soldered into plastic, electrically connecting the power source and the light source, in The light source uses a light-emitting diode operating at low currents, characterized in units of the amount of electricity by no more than 20 ml / h, and as a power source, use at least one replaceable, disk, hermetically sealed, metal direct current battery providing voltage 1, 5 - 3 V. 2. The bait according to claim 1, characterized in that the housing consists of two sealed halves. 3. The bait according to claim 1, characterized in that the body is made in the form of a fish. 4. The bait according to claim 1, characterized in that the housing is made in the form of a wobbler. 5. The bait according to claim 1, characterized in that the housing is made in the form of a spinner. 6. The bait according to claim 1, characterized in that the housing is made in the form of a jig head. 7. The bait according to claim 1, characterized in that the housing is made in the form of a balancer. 8. The bait according to claim 1, characterized in that the housing is partially placed above the surface of the water and at the same time performs the function of a float. 9. The bait according to claim 1, characterized in that the lid lock is made in the form of an elastic locking plate. 10. The bait according to claim 1, characterized in that a lithium rechargeable battery of direct current is used as a power source. 11. The bait according to claim 1, characterized in that a nickel-cadmium DC battery is used as a power source. 12. The bait according to claim 1, characterized in that a DC battery with a capacity of at least 1.7 watts is used as a power source.