CN203927441U

CN203927441U - Adopt the multiple light courcess fishing lamp of compound lens

Info

Publication number: CN203927441U
Application number: CN201420343564.0U
Authority: CN
Inventors: 闫志广
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-06-25
Filing date: 2014-06-25
Publication date: 2014-11-05
Anticipated expiration: 2024-06-25

Abstract

The utility model discloses a kind of multiple light courcess fishing lamp that adopts compound lens, the lamp plate, circuit board and the circuit that comprise stack shell shell and enclosure, it is characterized in that, stack shell shell head end is also provided with lens board, upper lens board is provided with at least three lens, and lens centre is positioned on same circle and evenly and arranges; The orthographic projection position of the center of described three lens on lamp plate all arranges the wick of at least two different colours; Wick is connected with described circuit.Adopt many lens multiple light courcess combinations, light-source brightness capable of regulating, brightness can reach the three to four-fold of common simple lens fishing lamp brightness, and light source colour is various; Vertical range between lens and LED wick central point can be adjusted, thereby obtains different luminous irradiating angles, and the demand of irradiated area size can be freely adjusted in realization.

Description

Adopt the multiple light courcess fishing lamp of compound lens

Technical field

The utility model relates to night fishing apparatus, is specially a kind of multiple light courcess fishing lamp that adopts compound lens.

Background technology

Angling night is the interesting activity of a kind of richness, for numerous rodmans like.People, when being engaged in night fishing, in order to see the trickle sound of float for fishing clearly, need to using special light fixture to be radiated on float for fishing and make it visible, to accurately judge the movement pattern of fish, the light fixture now using is exactly fishing lamp.

Fishing lamp is as the segmentation of conventional lamp, actually rare on market, and its technology content is also higher, brightness of illumination and light source colour etc. is required to difference, so the fishing lamp of existing single light source cannot meet the demand of this kind of brightness.

Utility model content

Combine institute above-mentioned, the purpose of this utility model is to provide the multiple light courcess that a kind of brightness is adjustable and light source colour is various fishing lamp.

The utility model is achieved in that

A kind of multiple light courcess fishing lamp that adopts compound lens, the lamp plate, circuit board and the circuit that comprise stack shell shell and enclosure, stack shell shell head end is also provided with lens board, and upper lens board is provided with at least three lens, and lens centre is positioned on same circle and evenly and arranges; The orthographic projection position of the center of described three lens on lamp plate all arranges the wick of at least two different colours; Wick is connected with described circuit.

Further, lamp plate is arranged on the luminous board seat in stack shell shell, between luminous board seat and upper lens board, is provided with support bar; Between upper lens board and support bar, be flexibly connected.

Further, the wick series connection of color of the same race, the series circuit that different colours wick forms is connected in parallel, described circuit comprises control chip, control circuit, power brick and power circuit, described power brick connects described power circuit, described power circuit connects above-mentioned parallel circuit by described control circuit, and the output of described control chip connects described control circuit.

Further, wick color is white light and blue light.

Further, wick color is white light, blue light and gold-tinted.

The beneficial effects of the utility model are to provide a kind of multiple light courcess fishing lamp that adopts compound lens, adopt many lens multiple light courcess combinations, light-source brightness capable of regulating, and brightness can reach the three to four-fold of common simple lens fishing lamp brightness, and light source colour is various; Vertical range between lens and LED wick central point can be adjusted, thereby obtains different luminous irradiating angles, and the demand of irradiated area size can be freely adjusted in realization.

Accompanying drawing explanation

The internal structure schematic diagram of the multiple light courcess fishing lamp of the employing compound lens that Fig. 1 provides for the utility model;

Fig. 2 is the structural representation of upper lens board in Fig. 1;

Fig. 3 is the structural representation of lamp plate shown in Fig. 1;

Fig. 4 is the schematic diagram of fishing lamp shown in Fig. 1 when three lens dichromatism light sources;

Fig. 5 is the schematic diagram of fishing lamp shown in Fig. 1 when three lens three-color light sources;

Fig. 6 is the schematic diagram of fishing lamp shown in Fig. 1 when four lens dichromatism light sources;

Fig. 7 is the schematic diagram of fishing lamp shown in Fig. 1 when four lens three-color light sources;

Fig. 8 is the circuit diagram that adopts the multiple light courcess fishing lamp of compound lens shown in Fig. 1.

In figure:

1. stack shell shell; 2. luminous board seat; 3. circuit storehouse; 4. power brick; 5. lamp plate; 6. support bar; 7. go up lens board; 8. lens; 9. support rod hole; 10.LED wick.

The specific embodiment

In order to make those skilled in the art person understand better the utility model scheme, below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.

As shown in Figure 1: a kind of multiple light courcess fishing lamp that adopts compound lens, comprises the lamp plate 5 of stack shell shell 1 and shell 1 inside, circuit board and the circuit in circuit storehouse 3, power brick 4; Stack shell shell 1 head end is also provided with lens board 7, and lamp plate 5 is arranged on the luminous board seat 2 in stack shell shell 1, between luminous board seat 2 and upper lens board 7, is provided with support bar 6; Between upper lens board 7 and support bar 6, be flexibly connected the vertical range making between lens and wick central point and can adjust to change focal length.

As shown in Figure 2, upper lens board 7 is provided with support rod hole 9, by support rod hole 9, is connected with support bar 6, and upper lens board 7 is provided with at least three lens 8, and lens 8 are centered close on same circle and evenly and arrange.

As shown in Figure 3, the orthographic projection position of the center of described lens on lamp plate 5 all arranges the wick 10 of at least two different colours; Wick 10 colors are white and blue combination or are white, blue and yellow combination; Wick is connected with described circuit.

Embodiment 1

As shown in Figure 4, three lens 8 are set on upper lens board 7, lens 8 are evenly distributed on the circle that above lens board 7 central points are the center of circle, angle between every two central line of lens is 120 degree, the wick 10 of two different colours is all installed in orthographic projection place of the center of each lens 8 on lamp plate 5, and wick 10 colors are white and blue.

Embodiment 2

As shown in Figure 5, three lens 8 are set on upper lens board 7, lens 8 are evenly distributed on the circle that above lens board 7 central points are the center of circle, angle between every two central line of lens is 120 degree, orthographic projection place of the center of each lens 8 on lamp plate 5 all arranges the wick 10 of three different colours, and wick 10 colors are white, blue and yellow.

Embodiment 3

As shown in Figure 6, four lens 8 are set on upper lens board 7, lens 8 are evenly distributed on the circle that above lens board 7 central points are the center of circle, angle between every two central line of lens is 90 degree, orthographic projection place of the center of each lens 8 on lamp plate 5 all arranges the wick 10 of two different colours, and wick 10 colors are white and blue.

Embodiment 4

If shown in Fig. 7, four lens 8 are set on upper lens board 7, lens 8 are evenly distributed on the circle that above lens board 7 central points are the center of circle, angle between every two central line of lens is 90 degree, orthographic projection place of the center of each lens 8 on lamp plate 5 all arranges the wick 10 of three different colours, and wick 10 colors are white, blue and yellow.

As shown in Figure 8: the wick series connection of color of the same race, the series circuit that different colours wick forms is connected in parallel, circuit comprises control chip, control circuit, power brick 4 and power circuit, power brick 4 connects power circuit, power circuit connects above-mentioned parallel circuit by described control circuit, the output of control chip connects control circuit, and control chip connects a gauge tap KEY.Three white wick LEDA1, LEDA2, LEDA3 series connection are A group wick, three blue wick LEDB1, LEDB2, LEDB3 series connection are B group wick, after energising, flicking KEY switch is to A group wick light modulation and shutdown, light modulation is divided into high, medium and low third gear, switch of every flicking changes one grade of brightness, by the 4th time, is shutdown; Push switch, action duration is less than 1 second, and A group LED wick is lighted simultaneously, and often pressing afterwards a switch brightness increases one-level, and switch key action duration is no more than 1 second, and after the Push switch of the 4th time, A lamp group is closed;

Long by 2 seconds not loose B groups that switch to of KEY switch under free position, be the work of blue led wick, if switch to after B group LED flicking switch again, can organize LED light modulation or shutdown to B, light modulation is divided into high, medium and low third gear, switch of every flicking changes one-level brightness, by the 4th time, be shutdown, consistent with A group wick light modulation operation; The long 2 seconds not loose mode of operations of changeable time A group LED of KEY switch of pressing under the mode of operation of B group LED, if length is changed the mode of operation of a lamp group for 2 seconds by the not loose every mistake of KEY switch always.

Wick brightness, when the brightest, can reach common signal-lens 3 to 4 times; The lamp of color of the same race simultaneously bright and go out simultaneously, avoided the interference of different colours wick, and light source colour is various when luminous.

Support bar is flexibly connected with upper lens board, make the vertical range between lens and LED wick central point can adjust to change focal length, thereby obtain different luminous irradiating angles, the demand of irradiated area size can be freely adjusted in realization, also can make fixed focal length, thereby reach, brightness is the highest, irradiation distance effect farthest.

Above the utility model is described in detail; the explanation of above embodiment is just for helping to understand core concept of the present utility model; should be understood that; for those skilled in the art; do not departing under the prerequisite of the utility model principle; can also carry out some improvement and modification to the utility model, these improvement and modification also fall in the protection domain of the utility model claim.

Claims

1. a multiple light courcess fishing lamp that adopts compound lens, the lamp plate, circuit board and the circuit that comprise stack shell shell and enclosure, is characterized in that, stack shell shell head end is also provided with lens board, upper lens board is provided with at least three lens, and lens centre is positioned on same circle and evenly and arranges; The orthographic projection position of the center of described three lens on lamp plate all arranges the wick of at least two different colours; Wick is connected with described circuit.

2. the multiple light courcess fishing lamp of employing compound lens according to claim 1, is characterized in that, lamp plate is arranged on the luminous board seat in stack shell shell, between luminous board seat and upper lens board, is provided with support bar; Between upper lens board and support bar, be flexibly connected.

3. the multiple light courcess fishing lamp of employing compound lens according to claim 2, it is characterized in that, the wick series connection of color of the same race, the series circuit that different colours wick forms is connected in parallel, described circuit comprises control chip, control circuit, power brick and power circuit, described power brick connects described power circuit, and described power circuit connects above-mentioned parallel circuit by described control circuit, and the output of described control chip connects described control circuit.

4. the multiple light courcess fishing lamp of employing compound lens according to claim 3, is characterized in that, wick color is white light and blue light.

5. the multiple light courcess fishing lamp of employing compound lens according to claim 3, is characterized in that, wick color is white light, blue light and gold-tinted.