CN203251815U

CN203251815U - Chargeable optical multi-view color-changeable or color-unchangeable electronic buoy with manual switch

Info

Publication number: CN203251815U
Application number: CN 201320276892
Authority: CN
Inventors: 刘美龙; 陈建华; 袁得志
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-05-21
Filing date: 2013-05-21
Publication date: 2013-10-30
Anticipated expiration: 2023-05-21

Abstract

The utility model relates to a chargeable optical multi-view color-changeable or color-unchangeable electronic buoy with a manual switch. The chargeable optical multi-view color-changeable or color-unchangeable electronic buoy is formed by a buoy body with an inner cavity, a buoy body front end part and a buoy body tail end part, wherein the cavity of the buoy body is internally provided with a chip; the chip is provided with a light emitting diode and at least two batteries; a conductive rod is arranged in the middle of the buoy body tail end part; a first insulating pipe covers the outer part of the conductive rod; one part of the tail end of the conductive rod, which stretches out of the first insulating pipe, is used as a circuit anode; a second insulating pipe covers the outer part of the first insulating pipe; a conductive ring is sleeved at the tail end of the first insulating pipe to be used as a circuit cathode; the conductive rod and the conductive ring are respectively connected with the chip through lead wires; the manual switch is sleeved on the conductive rod and the conductive ring; an optical fiber is arranged in the middle of the buoy body front end part; a conductive paint layer is coated on one end of the outer wall of the optical fiber, which is close to the buoy body; an insulating paint layer is coated on the outer part of the conductive paint layer and the front end of the conductive paint layer stretches out of the insulating paint layer; a stretched part is a color-changeable triggering ring. The chargeable optical multi-view color-changeable or color-unchangeable electronic buoy disclosed by the utility model is long in service life and has good fishing effects at night or under a bad weather.

Description

The variable color of many orders of optical fiber or the nondiscolouring electronics of charge-carrying belt hand switch are cursory

Technical field

The utility model relates to the fishing apparatus, and the variable color of many orders of optical fiber or the nondiscolouring electronics that refer in particular to a kind of charge-carrying belt hand switch are cursory.

Background technology

Along with economic development, people are more and more higher to the requirement of quality of life, and are after work high-strung, often need to release the pressure, this is a good mode and go fishing, and it is more and more extensive popularizing of China to go fishing in recent years, and is applicable to all kinds of crowds, in the fishing process, cursory is exactly fisher's eyes, and by the various performance of float for fishing, can directly reflect the feed situation of fish: what fish is at bite, whether large fish or small fish have gulped down fish hook in the mouth etc.

But when night fishing or weather conditions are bad, the variation of seeing float for fishing clearly is just relatively more difficult, more advanced method is by interiorly battery being set and the LED bulb solves this problem cursory in the market, but the function of this kind mode is dull, particularly the cursory bite situation that only is difficult to judge cursory lower fish when distant by cursory light yellow.

Summary of the invention

The purpose of this utility model is for the shortcoming that exists in the background technology and problem improvement and bring new ideas in addition, provides a kind of variable color of many orders of optical fiber or nondiscolouring electronics of the charge-carrying belt hand switch with dismountable hand switch and changeable colour cursory.

The technical solution of the utility model is a kind of float body, float body fore-end and float body end section of comprising of structure, on the float body end section hand switch is set, the variable color of many orders of optical fiber or the nondiscolouring electronics that scribble the charge-carrying belt hand switch that conducts electricity enamelled coating and insulate enamelled coating on the float body fore-end are cursory, wherein

In the cavity of float body chip is set, light emitting diode and at least two batteries are set on the chip;

The centre of described float body end section is conducting rod, outer wrap first insulation tube of conducting rod, the tail end of conducting rod stretches out the part of the first insulation tube as circuit anode, outer wrap second insulation tube of the first insulation tube, the tail end cover of the first insulation tube has conducting ring as the circuit negative pole, conducting rod and conducting ring are connected with chip by wire respectively, and hand switch is enclosed within on conducting rod and the conducting ring;

The centre of described float body fore-end is optical fiber, and the end near float body on the optical fiber outer wall scribbles the conduction enamelled coating, and the outside of this conduction enamelled coating scribbles the insulation enamelled coating, and the front end of conduction enamelled coating stretches out the insulation enamelled coating, and this extension is that variable color triggers ring.

The utlity model has following advantage and beneficial effect:

The utility model improves with the cursory basis of LED existing, to be enclosed within on conducting rod and the conducting ring by dismountable hand switch, this moment is with the both positive and negative polarity conducting of circuit, led lighting, avoided that conducting rod and conducting ring directly contact with water in the prior art, be subject to immersion and the corrosiveness of water, damage easily, and by using dismountable hand switch, switch is replaceable after damaging, simultaneously by cursory variable color trigger architecture is set at cursory front end, so that cursory current intelligence can be more clearly judged in this dynamic variation of cursory variable color during the fish bite.

Description of drawings

Fig. 1 is front view of the present utility model.

Fig. 2 is the I place partial enlarged drawing of Fig. 1.

Fig. 3 is the II place partial enlarged drawing of Fig. 1.

Embodiment

By Fig. 1 to Fig. 2 as can be known, the utility model float body 1, float body fore-end 2 and float body end section 3, on its float body end section 3 hand switch 6 is set, scribbles conduction enamelled coating 13 and insulation enamelled coating 12 on the float body fore-end 2, wherein:

Chip 4 is set in the cavity of float body 1, light emitting diode and at least two batteries 5 are set on the chip 4;

The centre of above-mentioned float body end section 3 is conducting rod 7, outer wrap first insulation tube 9 of conducting rod 7, the tail end of conducting rod 7 stretches out the part of the first insulation tube 9 as circuit anode, outer wrap second insulation tube 10 of the first insulation tube 9, the tail end cover of the first insulation tube 9 has conducting ring 8 as the circuit negative pole, conducting rod 7 and conducting ring 8 are connected with chip 4 by wire respectively, and hand switch 6 is enclosed within on conducting rod 7 and the conducting ring 8;

The centre of above-mentioned float body fore-end 2 is optical fiber 11, end near float body 1 on optical fiber 11 outer walls scribbles conduction enamelled coating 13, the outside of this conduction enamelled coating 13 scribbles insulation enamelled coating 12, and the front end of conduction enamelled coating 13 stretches out insulation enamelled coating 12, and this extension is that variable color triggers ring.

Described battery 5 is separately positioned on the tow sides of chip 4.

Described diode front end arranges the optical fiber socket, optical fiber 11 corresponding insertions in this optical fiber socket, and during circuit turn-on, diode imports light in the optical fiber 11 into.

Described conduction enamelled coating 13 is connected with chip 4 by wire, and during cursory sinking, the variable color of conduction enamelled coating 13 triggers ring and immerses below the water level turning circuit.

Operation principle of the present utility model:

The utility model is by on the both positive and negative polarity conducting rod and conducting ring that hand switch are enclosed within circuit, and with circuit turn-on, this moment led lighting, launch light in the optical fiber of cursory front end so that cursoryly in the weak situation of night or light, can work, simultaneously scribble the conduction enamelled coating at optical fiber, scribble the insulation enamelled coating in conduction enamelled coating outside, and the front end of conduction enamelled coating stretches out the insulation enamelled coating, this extension is that variable color triggers ring, when the fish bite with cursory when dragging under water, variable color triggers ring and is immersed in the water, thus so that play the circuit turn-on of discoloration, be the head variable color of optical fiber, thereby can clearly judge cursory duty.

Embodiment described in the utility model only is the description that preferred embodiment of the present utility model is carried out; be not that the utility model design and scope are limited; under the prerequisite that does not break away from the utility model design philosophy; engineers and technicians make the technical solution of the utility model in this area various modification and improvement; all should fall into protection domain of the present utility model; the technology contents that the utility model is asked for protection all is documented in claims.

Claims

1. many orders of optical fiber variable color of a charge-carrying belt hand switch or nondiscolouring electronics are cursory, be that float body (1), float body fore-end (2) and the float body end section (3) of cavity forms by inside, it is characterized in that arranging on the float body end section (3) hand switch (6), scribble conduction enamelled coating (13) and insulation enamelled coating (12) on the float body fore-end (2), wherein:

Chip (4) is set in the cavity of float body (1), light emitting diode and at least two batteries (5) are set on the chip (4);

The centre of described float body end section (3) is conducting rod (7), outer wrap first insulation tube (9) of conducting rod (7), the tail end of conducting rod (7) stretches out the part of the first insulation tube (9) as circuit anode, outer wrap second insulation tube (10) of the first insulation tube (9), the tail end cover of the first insulation tube (9) has conducting ring (8) as the circuit negative pole, conducting rod (7) and conducting ring (8) are connected with chip (4) by wire respectively, and hand switch (6) is enclosed within on conducting rod (7) and the conducting ring (8);

The centre of described float body fore-end (2) is optical fiber (11), end near float body (1) on optical fiber (11) outer wall scribbles conduction enamelled coating (13), the outside of this conduction enamelled coating (13) scribbles insulation enamelled coating (12), the front end of conduction enamelled coating (13) stretches out insulation enamelled coating (12), and this extension is that variable color triggers ring.

2. many orders of optical fiber variable color of a kind of charge-carrying belt hand switch according to claim 1 or nondiscolouring electronics are cursory, it is characterized in that described battery (5) is separately positioned on the tow sides of chip (4).

3. many orders of optical fiber variable color of a kind of charge-carrying belt hand switch according to claim 1 or nondiscolouring electronics are cursory, it is characterized in that described diode front end arranges the optical fiber socket, optical fiber (11) is corresponding to be inserted in this optical fiber socket, during circuit turn-on, diode imports light in the optical fiber (11) into.

4. many orders of optical fiber variable color of a kind of charge-carrying belt hand switch according to claim 1 or nondiscolouring electronics are cursory, it is characterized in that described conduction enamelled coating (13) is connected with chip (4) by wire, during cursory sinking, the variable color of conduction enamelled coating (13) triggers ring and immerses below the water level turning circuit.