CN207893649U - A kind of spherical float navigation light with heat sinking function - Google Patents

Abstract

The utility model is a kind of spherical float navigation light with heat sinking function, including upper hemispherical shell and lower hemisphere shell, upper hemispherical shell is interlocked with lower hemisphere shell, it is equipped with polyurethane jacket on lower hemisphere shell inner wall successively from outside to inside, HDPE insulating layers, PP foaming buoyancy linings and mounting layer, fixing bracket is connected on mounting layer, fixing bracket is equipped with illumination region, accumulator is equipped in upper hemispherical shell, accumulator is fixed by the bracket on upper hemispherical shell, upper hemispherical shell lateral wall top is equipped with several radiators, several radiator top surfaces are connected with solar panels, the setting of PP foaming buoyancy linings can be such that the utility model swims on the water surface；Limiting bracket limits the utility model；The heat discharge that the heat and battery discharging that radiator comes out LED lamp source generate in the process, improves the performance of light source, extends the service life of accumulator.

Description

A kind of spherical float navigation light with heat sinking function

Technical field

The utility model is related to navigation light field more particularly to a kind of spherical float navigation lights with heat sinking function.

Background technology

The effect of navigation light is guided the ship of night flight or navigation, ensures that ship is navigated by water in night safe, therefore navigation light It is widely used on river channel, navigation light is divided into fixed beacon light, lighted buoy, light boat and beacon.Navigation light LED lamp source distributes Heat out distributes heat if hot transmission can not be carried out, and will influence the performance of light source, while accumulator is put Also it will produce certain heat in electric process, can also the service life of battery be impacted not in time by being discharged.

Invention content

The utility model aims to solve the problem that the deficiencies in the prior art, and provides a kind of spherical float navigation mark with heat sinking function Lamp.

The utility model to achieve the above object, using following technical scheme：A kind of spherical float with heat sinking function Navigation light, including upper hemispherical shell and lower hemisphere shell, the upper hemispherical shell is equipped with No.1 inner ring block by the inner wall of proximal port, described No.1 inner ring block is equipped with annular protrusion, and the upper hemispherical shell is equipped with No.1 outer shroud block, the No.1 by the outer wall of proximal port Outer shroud block is equipped with bolt hole, and the upper hemispherical shell is interlocked with lower hemisphere shell, and the lower hemisphere shell is on the inner wall of proximal port Equipped with No. two inner ring blocks, No. two inner ring blocks are equipped with annular groove, and the lower hemisphere shell is equipped with by the outer wall of proximal port Two extra ring blocks, the two extras ring block are equipped with bolt hole, and the annular protrusion on the No.1 inner ring block is located at No. two inner ring In annular groove on block, the bolt hole on the No.1 outer shroud block is aligned with the bolt hole on two extra ring blocks, and passes through spiral shell No.1 outer shroud block and two extra ring blocks are fixed together by bolt, are equipped with polyurethane on the lower hemisphere shell inner wall successively from outside to inside Sheath, HDPE insulating layers, PP foaming buoyancy linings and mounting layer are connected with fixing bracket, the fixed branch on the mounting layer Frame is equipped with illumination region, is equipped with accumulator in the upper hemispherical shell, the accumulator is fixed by the bracket on upper hemispherical shell, institute State upper hemispherical shell lateral wall top and be equipped with several radiators, several radiator top surfaces are connected with solar panels, it is described too Positive energy plate is electrically connected with accumulator, and the accumulator is electrically connected with illumination region, and the lower hemisphere shell bottom is connected with fixed ring, described Lamp chain is connected in fixed ring, the other end of the lamp chain is hinged with pedestal, and the pedestal is equipped with the limiting bracket of cuboid, The upper hemispherical shell and lower hemisphere shell are located in limiting bracket.

Particularly, the lower hemisphere shell is made of erosion resistant titanium alloy material.

Particularly, the illumination region includes LED lamp source and lens.

Particularly, the radiator includes No.1 heat-dissipating pipe, No.1 baffle and No. two heat-dissipating pipes, the No.1 heat-dissipating pipe It is fixedly connected with No. two heat-dissipating pipes, and the angle between No.1 heat-dissipating pipe and No. two heat-dissipating pipes is acute angle, No. two heat-dissipating pipes It is vertically arranged, the other end of the No.1 heat-dissipating pipe is extend into upper hemispherical shell, and No.1 heat-dissipating pipe stretches into upper hemispherical shell One end is connected with ventilation fan, and the ventilation fan is electrically connected with accumulator, the No.1 heat-dissipating pipe and No. two heat dissipation inside pipe wall connections Locate lower position to be fixedly connected with one end of No.1 baffle, the No.1 baffle be located at No.1 heat-dissipating pipe and No. two heat-dissipating pipes it Between angle angular bisector on, several No. two baffles are equipped in No. two heat-dissipating pipes, No. two baffles are arranged in pairs, and One end of No. two baffles is fixed on the inner wall of No. two heat-dissipating pipes, and the opening direction of a pair of No. two baffles is downward, and described two Number heat dissipation infratubal port is towards illumination region.

The utility model has the beneficial effects that：The setting of PP foaming buoyancy linings can make the utility model swim in the water surface On；Limiting bracket limits the utility model；During heat that radiator comes out LED lamp source and battery discharging The heat of generation is discharged, and improves the performance of light source, extends the service life of accumulator.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model；

In figure：1- limiting brackets；2- pedestals；3- lamp chains；4- fixed rings；5- lower hemisphere shells；6- polyurethane jackets；7-HDPE Insulating layer；8-PP foaming buoyancy linings；9- mounting layers；10- upper hemispherical shells；11- fixing brackets；12- solar panels；13- No.1s Heat-dissipating pipe；14- No.1 baffles；No. bis- heat-dissipating pipes of 15-；No. bis- baffles of 16-；17- radiators；18- accumulators；In 19- No.1s Ring block；No. bis- inner ring blocks of 20-；21- No.1 outer shroud blocks；Bis- extra ring blocks of 22-；23- ventilation fans；24- illumination regions；

It is described in detail with reference to attached drawing below with reference to the embodiments of the present invention.

Specific implementation mode

The utility model is described in further detail with reference to the accompanying drawings and examples：

As shown in Figure 1, a kind of spherical float navigation light with heat sinking function, including upper hemispherical shell 10 and lower hemisphere shell 5, The upper hemispherical shell 10 is equipped with No.1 inner ring block 19 by the inner wall of proximal port, and the No.1 inner ring block 19 is equipped with convex annular It rises, the upper hemispherical shell 10 is equipped with No.1 outer shroud block 21 by the outer wall of proximal port, and the No.1 outer shroud block 21 is equipped with bolt Hole, the upper hemispherical shell 10 are interlocked with lower hemisphere shell 5, and the lower hemisphere shell 5 is equipped with No. two inner ring by the inner wall of proximal port Block 20, No. two inner ring blocks 20 are equipped with annular groove, and the lower hemisphere shell 5 is equipped with two extra rings by the outer wall of proximal port Block 22, the two extras ring block 22 are equipped with bolt hole, and the annular protrusion on the No.1 inner ring block 19 is located at No. two inner ring blocks In annular groove on 20, the bolt hole on the No.1 outer shroud block 21 is aligned with the bolt hole on two extra ring blocks 22, and logical It crosses bolt No.1 outer shroud block 21 and two extra ring blocks 22 are fixed together, on 5 inner wall of the lower hemisphere shell from outside to inside successively Equipped with polyurethane jacket 6, HDPE insulating layers 7, PP foaming buoyancy lining 8 and mounting layer 9, fixation is connected on the mounting layer 9 Holder 11, the fixing bracket 11 are equipped with illumination region 24, accumulator 18, the accumulator 18 are equipped in the upper hemispherical shell 10 It is fixed by the bracket on upper hemispherical shell 10,10 lateral wall top of the upper hemispherical shell is equipped with several radiators 17, Ruo Gansuo State 17 top surface of radiator and be connected with solar panels 12, the solar panels 12 are electrically connected with accumulator 18, the accumulator 18 with Illumination region 24 is electrically connected, and 5 bottom of the lower hemisphere shell is connected with fixed ring 4, lamp chain 3, the lamp chain 3 are connected in the fixed ring 4 The other end be hinged with pedestal 2, the pedestal 2 is equipped with the limiting bracket 1 of cuboid, the upper hemispherical shell 10 and lower semisphere Shell 5 is located in limiting bracket 1.

Particularly, the lower hemisphere shell 5 is made of erosion resistant titanium alloy material.

Particularly, the illumination region 24 includes LED lamp source and lens.

Particularly, the radiator 17 include No.1 heat-dissipating pipe 13, No.1 baffle 14 and No. two heat-dissipating pipes 15, described one Number heat-dissipating pipe 13 is fixedly connected with No. two heat-dissipating pipes 15, and the angle between No.1 heat-dissipating pipe 13 and No. two heat-dissipating pipes 15 is sharp Angle, No. two heat-dissipating pipes 15 are vertically arranged, and the other end of the No.1 heat-dissipating pipe 13 is extend into upper hemispherical shell 10, and No.1 One end that heat-dissipating pipe 13 stretches into upper hemispherical shell 10 is connected with ventilation fan 23, and the ventilation fan 23 is electrically connected with accumulator 18, institute It states No.1 heat-dissipating pipe 13 and No. two 15 lower positions in inner wall junction of heat-dissipating pipe is fixedly connected with one end of No.1 baffle 14, institute On the angular bisector for stating the angle that No.1 baffle 14 is located between No.1 heat-dissipating pipe 13 and No. two heat-dissipating pipes 15, No. two heat dissipations Several No. two baffles 16 are equipped in pipe 15, No. two baffles 16 are arranged in pairs, and one end of No. two baffles 16 is fixed on No. two On the inner wall of heat-dissipating pipe 15, the opening direction of a pair of No. two baffles 16 is downward, the 15 lower port direction of No. two heat-dissipating pipes Illumination region 24.

When utility model works, due to the buoyancy of PP foaming buoyancy lining 8, the utility model floats to the water surface On, solar panels 12 convert light energy into electric energy and are stored to accumulator 18, and accumulator 18 is supplied to illumination region 24 and radiator 17 The heat generated in 18 discharge process of the heat that LED lamp source comes out and accumulator is discharged, improves by electricity, radiator 17 The performance of light source, extends the service life of accumulator 18, and limiting bracket 1 limits the utility model.

The utility model is exemplarily described above in conjunction with attached drawing, it is clear that the utility model specific implementation not by The limitation of aforesaid way, if the various improvement of the methodology and technical solution progress of the utility model are used, or without Improvement directly applies to other occasions, both is within the protection scope of the present invention.

Claims (4)

1. a kind of spherical float navigation light with heat sinking function, including upper hemispherical shell (10) and lower hemisphere shell (5), feature exists In the upper hemispherical shell (10) is equipped with No.1 inner ring block (19) by the inner wall of proximal port, is set on the No.1 inner ring block (19) There are annular protrusion, the upper hemispherical shell (10) to be equipped with No.1 outer shroud block (21), the No.1 outer shroud block by the outer wall of proximal port (21) it is equipped with bolt hole, the upper hemispherical shell (10) is interlocked with lower hemisphere shell (5), and the lower hemisphere shell (5) leans on proximal port Inner wall be equipped with No. two inner ring blocks (20), No. two inner ring blocks (20) are equipped with annular groove, and the lower hemisphere shell (5) leans on The outer wall of proximal port is equipped with two extra ring blocks (22), and the two extras ring block (22) is equipped with bolt hole, the No.1 inner ring Annular protrusion on block (19) is located in the annular groove on No. two inner ring blocks (20), the bolt on the No.1 outer shroud block (21) Hole is aligned with the bolt hole on two extra ring blocks (22), and by bolt that No.1 outer shroud block (21) and two extra ring blocks (22) is solid It is scheduled on together, is equipped with polyurethane jacket (6), HDPE insulating layers (7), PP on lower hemisphere shell (5) inner wall successively from outside to inside Foam buoyancy lining (8) and mounting layer (9), and fixing bracket (11), the fixing bracket (11) are connected on the mounting layer (9) It is equipped with illumination region (24), is equipped with accumulator (18) in the upper hemispherical shell (10), the accumulator (18) is fixed by the bracket On upper hemispherical shell (10), upper hemispherical shell (10) the lateral wall top is equipped with several radiators (17), several heat dissipations Device (17) top surface is connected with solar panels (12), and the solar panels (12) are electrically connected with accumulator (18), the accumulator (18) it is electrically connected with illumination region (24), lower hemisphere shell (5) bottom is connected with fixed ring (4), and lamp is connected on the fixed ring (4) The other end of chain (3), the lamp chain (3) is hinged with pedestal (2), and the pedestal (2) is equipped with the limiting bracket of cuboid (1), the upper hemispherical shell (10) and lower hemisphere shell (5) are located in limiting bracket (1).

2. the spherical float navigation light according to claim 1 with heat sinking function, which is characterized in that the lower hemisphere shell (5) it is made of erosion resistant titanium alloy material.

3. the spherical float navigation light according to claim 1 with heat sinking function, which is characterized in that the illumination region (24) include LED lamp source and lens.

4. the spherical float navigation light according to claim 1 with heat sinking function, which is characterized in that the radiator (17) include No.1 heat-dissipating pipe (13), No.1 baffle (14) and No. two heat-dissipating pipes (15), the No.1 heat-dissipating pipe (13) with No. two Heat-dissipating pipe (15) is fixedly connected, and the angle between No.1 heat-dissipating pipe (13) and No. two heat-dissipating pipes (15) is acute angle, described No. two Heat-dissipating pipe (15) is vertically arranged, and the other end of the No.1 heat-dissipating pipe (13) is extend into upper hemispherical shell (10), and No.1 radiates One end that pipe (13) stretches into upper hemispherical shell (10) is connected with ventilation fan (23), and the ventilation fan (23) is electrically connected with accumulator (18) It connects, one end of the No.1 heat-dissipating pipe (13) and No. two lower positions in heat-dissipating pipe (15) inner wall junction and No.1 baffle (14) It is fixedly connected, the No.1 baffle (14) is located at the angle bisection of the angle between No.1 heat-dissipating pipe (13) and No. two heat-dissipating pipes (15) On line, several No. two baffles (16) are equipped in No. two heat-dissipating pipes (15), No. two baffles (16) are arranged in pairs, and No. two One end of baffle (16) is fixed on the inner wall of No. two heat-dissipating pipes (15), the opening directions of a pair of No. two baffles (16) to Under, No. two heat-dissipating pipes (15) lower port is towards illumination region (24).