CN212184787U

CN212184787U - Electronic luminous float

Info

Publication number: CN212184787U
Application number: CN202020857305.5U
Authority: CN
Inventors: 刘大友
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-21
Filing date: 2020-05-21
Publication date: 2020-12-22
Anticipated expiration: 2030-05-21

Abstract

The utility model discloses an electronic luminous cursory, float tail, float body, float foot including what connect gradually, float body and float foot adopt threaded swing joint, the bottom internally mounted of float body has luminous body and supporting to have and installs in the battery of float body and float foot junction, the inside of float body still opens one from float body top downwardly extending to the tail mounting hole that floats of bottom luminous body department, float the tail for the optical fiber body, the bottom of optical fiber body inserts in the tail mounting hole that floats of float body, the top of floating the tail has cup jointed a printing opacity sleeve, cup jointed an explosion-proof sleeve on the tail with floating of float body junction. The utility model discloses stability in the water is better, has increased the visibility that floats the tail, and the cursory action of observation that can be more clear, and can effectively protect cursory body top, prolonged cursory life.

Description

Electronic luminous float

Technical Field

The utility model relates to a fishing tackle specifically is an electronic luminous cursory.

Background

The buoy is one of the necessary tools required during fishing. In the process of fishing, a fisherman can only judge the condition that a fish bites bait on a fishhook according to the up-and-down fluctuation condition of the float tail, and the float plays an extremely important role in the process of fishing. In the fishing process, after a fish bites bait or a fishhook, when the fish moves, the floating tail floating on the water surface is dragged by a fish wire to generate proper sinking or floating action, a fisherman judges whether the fish bites the fishhook or not through the sinking or floating action of the floating tail, and the floating tail is the second eye of the fisherman, so that whether the sinking or floating action of the floating is clearly observed or not becomes more important.

In order to clearly observe the floating action, the ordinary buoy is coated with floating eyes with different colors on the floating tail (one section above the buoy when floating in water) alternately, and the sinking or floating action of the buoy is judged by the color change of the floating tail part floating on the water surface. Although the float can know the hook biting condition of a fish through the float action to a certain extent, when the fish catches in a rainy day, the light is dark, or when the fish catches at night, a fisher can hardly see the float action or even can not see the float action completely, therefore, the invention discloses the noctilucent float, which is characterized in that a micro battery (generally arranged in the float tail) is arranged in the float, an electrified luminous body is arranged in the float tail, the float tail is electrified to emit light when the power is switched on during use, so that the fisher can observe the float action conveniently, but the noctilucent float is formed by arranging the luminous body with relatively large weight and the electronic element thereof in the float tail, the float tail is too heavy, the whole float is light in head and feet, so that the stability of the float standing in a water body is poor, meanwhile, the tail of the noctilucent float is generally a column body with uniform size/diameter and the column is small, so that the visibility is poor, and because the battery is arranged in the connection part of the float tail, need often realize the luminous of luminous body or extinguish through unscrewing threaded connection department and forward or reverse installation battery, moreover, at the in-process of getting rid of the pole, the junction of floating body the top and floating the tail is easy to be touched other objects in the water and is damaged and appear "bursting head" phenomenon, and the life of cursory shortens.

SUMMERY OF THE UTILITY MODEL

The technical problem solved by the present invention is to provide an electronic light-emitting float to solve the above disadvantages and deficiencies in the background art.

The utility model provides a technical problem adopt following technical scheme to realize:

the utility model provides an electron is luminous cursory, includes the tail that floats that connects gradually, floats body, floats foot, its characterized in that: float body and float foot and adopt threaded swing joint, float body's bottom internally mounted has luminous body and supporting battery of installing in float body and float foot junction, float body's inside still opened one from float body top downwardly extending to the tail mounting hole that floats of bottom luminous body department, float the tail for the optical fiber body, the bottom of the optical fiber body inserts float body floats in the tail mounting hole.

To the utility model, a light transmission sleeve is sleeved on the top end of the float tail.

To the utility model discloses, with float of body junction on float the tail cup jointed an explosion-proof sleeve, explosion-proof sleeve's bottom is opened has and floats the unanimous cone orifice of tail top shape.

To the utility model discloses, the battery peg graft and install in float body bottom of float body and float foot junction to be connected with the luminous body through the circuit.

To the utility model, the float tail is coated with two different colors of alternate float meshes or is carved with nicks or patterns.

For the utility model discloses, printing opacity sleeve be cylindric or cross or spiral or other polyhedron shapes.

To the utility model discloses, float the tail and float the butt joint of tail mounting hole to and printing opacity sleeve, explosion-proof sleeve and the butt joint of floating the tail, all be interference fit.

Has the advantages that: 1. the electronic buoy has the advantages that the luminous body and the matched battery thereof are arranged at the lower half part of the whole buoy body, the gravity center of the electronic buoy is lowered, and the electronic buoy has better stability in water; 2. the movable light-transmitting sleeve is additionally arranged at the top end of the floating tail, so that the visibility of the floating tail is improved, and the more visible position can be adjusted according to the actual requirement; 3. the explosion-proof sleeve is additionally arranged at the joint of the float tail and the float body, the top end of the float body is effectively protected, the phenomenon of 'top explosion' of the float body is prevented, and the service life of the float body is prolonged.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

In the figure: 1-floating tail, 2-floating body, 3-floating foot, 4-luminous body, 5-battery, 6-floating tail mounting hole, 7-floating foot and floating body connecting position, 8-light-transmitting sleeve and 9-explosion-proof sleeve.

Detailed Description

The technical solution of the present invention is further described in detail by the accompanying drawings and examples.

Referring to the attached drawing 1, an electronic luminous float comprises a float tail 1, a float body 2 and a float foot 3 which are connected in sequence, wherein the float body and the float foot are in threaded movable connection, a luminous body 4 is arranged in the bottom end of the float body and is matched with a battery 5 arranged at the joint of the float body and the float foot, a float tail mounting hole 6 extending downwards from the top end of the float body to the bottom luminous body is formed in the float body, the float tail is an optical fiber body, and the bottom end of the optical fiber body is inserted into the float tail mounting hole of the float body.

In the specific implementation:

1. the float body and the float foot are movably connected in a threaded manner, the connection position is shown as 7 in the attached drawing, and the connection position is positioned at a proper position on the lower part of the float body. Like the junction that floats tail and float body of ordinary electron cursory, be provided with the screw on the float foot of this junction, be provided with the screw on the float body, will float the screw on the foot and twist and float in the screw on the body and can realize being connected of float foot and float body, and this junction should guarantee abundant leakproofness, prevents to connect the back water from this junction infiltration. Meanwhile, the connection part of the float body is provided with a mounting hole of a battery, the connection part of the float foot is provided with a placing hole of the battery, the battery can be connected with a circuit of a luminous body in the float body after being inserted into the mounting hole of the float body in the forward direction, the luminous body gives out light, after the battery is inserted into the battery mounting hole, one section exposed outside is exposed, and the section exposed outside is positioned in the battery placing hole on the float foot after the float foot is connected with the float body.

2. With regard to the light emitter and its associated battery: the luminous body adopts a common LED lamp bead which can emit light after being electrified. The battery adopts a round strip battery which is commonly adopted by the existing luminous float and has the positive pole and the negative pole at the same end. The battery mounting hole is internally provided with a positive and negative circuit connected with the luminous body, when the battery is inserted into the battery mounting hole in the forward direction, the positive and negative electrodes of the battery are communicated with the positive and negative circuits of the luminous body, the luminous body emits light, when the luminous body needs to be extinguished, the floating pin is unscrewed, the battery inserted in the forward direction is pulled out, and then the floating pin is screwed up after the battery is inserted into the battery mounting hole in the reverse direction.

3. The float tail is made of common optical fiber, but enough coaxiality is ensured, the thickness is uniform and is straight, and the end part of one end inserted into the float body is in a proper taper shape so as to be conveniently inserted into the float tail mounting hole; meanwhile, the topmost end part of the floating tail is coated with a reflecting material, so that firstly, light rays emitted by the luminous body can be prevented from leaking from the end part of the luminous body, a light column is formed in the air during use, observation of a fisherman is influenced, secondly, the brightness of the optical fiber is increased while light leakage is prevented, and the fisherman can observe the floating action more clearly. The connection of the floating tail and the floating body adopts a plug-in type: the center line of the float body is provided with a float tail mounting hole which extends downwards from the top end of the float body to the luminous body at the bottom, when in assembly, the lower end of the float tail optical fiber body is inserted into the float tail mounting hole from top to bottom, the bottommost end of the float tail is close to or even contacts with the luminous body as much as possible, and finally, the topmost end of the float tail mounting hole is sealed by glue; float the tail and float the tail mounting hole and adopt interference fit, need just can insert the tail that floats in the tail mounting hole with appropriate power, so can guarantee to float the tail and can not become flexible easily, drop after inserting in the tail mounting hole that floats. When the battery is connected and the luminous body emits light, the light of the luminous body can enable the optical fiber to emit light, and a fisher can more clearly observe the floating action through the luminous floating tail when the fisher angles at night.

4. In order to better increase the visibility and the stability of the floating tail, the buoy also adopts the following technical schemes: firstly, a light-transmitting sleeve 8 can be sleeved at the top end of the floating tail, the light-transmitting sleeve is made of transparent materials, the light-transmitting sleeve is sleeved at the top end of the floating tail in an interference fit mode, and the light-transmitting sleeve can move up and down on the floating tail with proper force to change the sleeving position of the light-transmitting sleeve. After the floating tail emits light, the light-transmitting sleeve transmits light, and meanwhile, the diameter of the light-transmitting sleeve is larger than that of the floating tail, so that the visible area of the light-transmitting sleeve is larger than that of the floating tail, and a fisher can observe the floating action more clearly; secondly, the floating tail is coated with two floating meshes with different colors, and can also be carved with scores or drawn with specific patterns; thirdly, in the positive point of view, the light-transmitting sleeve is cylindrical, but in order to better increase the stability of the buoy in the water body and further increase the visibility of the buoy, the light-transmitting sleeve can be designed into a cross shape (cross section is in a cross shape), a spiral shape (the outer surface is a thread) or other polyhedral shapes (such as a square shape and the like); it is even possible to carry round or diamond-shaped particles on the outer wall of the light-transmitting sleeve to increase or enrich the light diversity or polymerization.

5. Float body top damage (explode the top) is the general phenomenon in the cursory use, this cursory emergence in order to prevent explosion the top phenomenon as far as possible, effective protection cursory, the life of extension cursory, this cursory still floats and has cup jointed an explosion-proof sleeve 9 on floating the tail with the cursory body junction, this explosion-proof sleeve cup joints with floating tail interference fit, and it has the bell mouth unanimous with floating tail top shape to open in explosion-proof sleeve's bottom, float the tail and assemble float on one's body after, the explosion-proof sleeve that can slide down, make the top embedding of cursory body in the bell mouth of explosion-proof sleeve bottom, effectively protect cursory body top, prevent that cursory body explosion the top phenomenon from taking place.

6. In the production and manufacturing process, the coaxiality of the floating tail, the floating body, the floating feet, the light-transmitting sleeve, the explosion-proof sleeve, the battery, the luminous body and other parts is fully ensured, and the coaxiality is not good, so that the floating body can be inclined when standing in a water body in use.

The basic principles and main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that various changes and modifications may be made without departing from the spirit and scope of the invention, and such changes and modifications are intended to be included within the scope of the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. The utility model provides an electron is luminous cursory, includes the tail that floats that connects gradually, floats body, floats foot, its characterized in that: float body and float foot and adopt threaded swing joint, float body's bottom internally mounted has luminous body and supporting battery of installing in float body and float foot junction, float body's inside still opened one from float body top downwardly extending to the tail mounting hole that floats of bottom luminous body department, float the tail for the optical fiber body, the bottom of the optical fiber body inserts float body floats in the tail mounting hole.

2. An electroluminescent float according to claim 1, wherein: the top end of the float tail is sleeved with a light-transmitting sleeve.

3. An electroluminescent float according to claim 1, wherein: an explosion-proof sleeve is sleeved at the bottom end of the floating tail, and a conical opening with the shape consistent with that of the top end of the floating tail is formed in the bottom end of the explosion-proof sleeve.

4. An electroluminescent float according to claim 1, wherein: the battery is inserted and installed at the bottom end of the float body at the joint of the float body and the float foot and is connected with the luminous body through a circuit.

5. An electroluminescent float according to claim 1, wherein: the floating tail is coated with two floating meshes with different colors.

6. An electroluminescent float according to claim 2, wherein: the light-transmitting sleeve is cylindrical or cross-shaped or spiral or polyhedral.

7. An electroluminescent float according to any one of claims 1 to 3, wherein: the butt joint of the floating tail and the floating tail mounting hole and the butt joint of the light-transmitting sleeve, the explosion-proof sleeve and the floating tail are in interference fit.