CN104214644B - Airport hardstand lamp - Google Patents

Abstract

The present invention is applied to airport indicating lamp technical field; disclose a kind of airport hardstand lamp; including housing unit, luminescence component, electrically-controlled component; the housing unit has for housing the luminescence component, the automatically controlled chamber of the electrically-controlled component and the battery cavities for set battery; the electrically-controlled component includes circuit board; telescopic antenna is connected with the circuit board, the telescopic antenna stretches out in the housing unit；Wireless module is provided with the circuit board；The solar panel for charging for the battery to the battery intracavity or powering to the luminescence component is connected with the inside or outside of the housing unit；The solar panel is electrically connected to the circuit board or the luminescence component.A kind of airport hardstand lamp that the present invention is provided, its can adopt solar panel and battery power and can wireless remote control, can quickly set up airplane parking area and supply helicopter landing, it is easy to use and security reliability is good.

Description

Airport hardstand lamp

Technical field

The invention belongs to airport indicating lamp technical field, more particularly to a kind of airport hardstand lamp.

Background technology

In helicopter landing, be required to lamplight pointing, with to pilot and ground crew indicate can margin line etc., for Pilot is with reference to if appropriate for landing.

As helicopter motility is strong, landing convenient, which lands when light is bad when field or simple ground, due to These places do not have the lamplight pointing of fixation, are unfavorable for the landing of helicopter.

Airport hardstand lamp of the prior art, needs the hand-held airport hardstand lamp of ground crew to be operated, using not It is convenient.

The content of the invention

It is an object of the invention to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of airport hardstand lamp, which can be adopted Powered with solar panel and battery and can wireless remote control, can quickly set up airplane parking area and supply helicopter landing, it is easy to use And security reliability is good.

The technical scheme is that：A kind of airport hardstand lamp, including housing unit, luminescence component, electrically-controlled component, institute State housing unit to have for housing the luminescence component, the automatically controlled chamber of the electrically-controlled component and the battery for set battery Chamber, the luminescence component and electrically-controlled component are arranged at the automatically controlled intracavity；The electrically-controlled component includes circuit board, the circuit board On be connected with for receiving the telescopic antenna of wireless remote control signals, the telescopic antenna stretches out in the housing unit；The electricity The wireless module for controlling the luminescence component and electrically connect with the telescopic antenna, the telescopic antenna are provided with the plate of road Including the antenna tube that at least two ecto-entads are nested successively；It is connected with the inside or outside of the housing unit for the electricity The solar panel that battery in cell cavity charges or powers to the luminescence component；The solar panel is electrically connected to institute State circuit board or the luminescence component.

Specifically, the housing unit includes upper casing, lower casing and bottom, and the upper/lower terminal of the lower casing is set to opening, The upper casing includes transmittance section and is connected to the upper end of the lower casing and closes the automatically controlled chamber；The bottom is connected by locking member It is connected to the lower end of the lower casing and closes the battery cavities, the automatically controlled chamber is located at the top of the lower casing, the battery cavities position In the bottom of the lower casing.

Specifically, the upper casing includes diffuser and cover, and the diffuser is connected to cover, the top of the diffuser Two relative inclined-planes are set to, the solar panel is provided with two, and is fixed in the interior of two inclined-planes respectively Side.

Specifically, the lower casing is fixedly installed fixed column, offers and be placed in the fixed column on the circuit board Through hole, the luminescence component also include aluminium alloy base plate, drive circuit board, main light emission part and display lamp, the main light emission part bag The LED illuminating parts and infraluminescence part being arranged on the aluminium alloy base plate is included, the drive circuit board is located at the aluminium alloy The lower section of substrate, the display lamp is for straw hat head display lamp and is directly connected in the drive circuit board, the aluminium alloy base plate The upper end of the post is fixed on the drive circuit board by locking member.

Specifically, the first O-ring seal, the lower casing lower end and institute are provided between the upper casing and the lower casing upper end State It is provided with for holding between the upper end of the first annular groove of first O-ring seal, the bottom of the lower casing or/and the bottom Receive the second annular groove of second O-ring seal.

Specifically, socket is provided with the electrically-controlled component, the main light emission part and display lamp are respectively connect by first Line terminals and the second binding post are plugged in the socket, and the battery intracavity is provided with the conduction for battery plus-negative plate connection Part, the electric-conductor are plugged in the socket by the 3rd binding post.

Specifically, rechargeable battery is provided with the battery cavities, on the lower casing or bottom, is connected with charging inlet, it is described Charging inlet is connected to the battery or the circuit board by wire.

Specifically, it is also associated with the lower casing for fixing the clip of the rechargeable battery, the clip is in " several " word Shape, the two ends of the clip are connected to the lower casing by connector.

Specifically, it is connected with the upper casing or the lower casing for controlling the stroboscopic control of the luminescence component flicker frequency System switch and the shift switch for controlling the luminous bright-dark degree of the luminescence component, the frequent flashing control switch and shift switch The upper casing or lower casing are lock onto by locking member, and frequent flashing control switch and shift switch pass through the 4th wiring respectively Terminal and the 5th binding post are connected to the socket.

Specifically, the breathing equipment connected with the battery cavities is connected with the lower casing.

The airport hardstand lamp that the present invention is provided, which can be powered using battery, and by arranging telescopic antenna, when in use Telescopic antenna can be drawn out to suitable height, operator can wireless remote control airport hardstand lamp, remote control distance is remote, user Just and security reliability is good.When using during airport hardstand lamp, telescopic antenna can be withdrawn, be easy to airport hardstand Transport, storage and the carrying of lamp, it is to avoid antenna is broken off and fails.By being provided for converting the solar into the sun of electric energy Energy cell panel, can extend the time for using of battery, even and if battery-depletion and no rechargeable battery or new battery During replacing, can power to luminescence component by solar energy or charge to battery, the adaptation of product is good, is adapted to field etc. In the incomplete environment of auxiliary facility.

Description of the drawings

Fig. 1 is the three-dimensional assembling schematic diagram of airport hardstand lamp provided in an embodiment of the present invention；

Fig. 2 is another three-dimensional assembling schematic diagram of airport hardstand lamp provided in an embodiment of the present invention；

Fig. 3 is the perspective exploded view of airport hardstand lamp provided in an embodiment of the present invention；

Fig. 4 is the schematic perspective view of luminescence component and control assembly in airport hardstand lamp provided in an embodiment of the present invention；

Fig. 5 is the generalized section of the middle breathing equipment of airport hardstand lamp provided in an embodiment of the present invention.

Specific embodiment

In order that the objects, technical solutions and advantages of the present invention become more apparent, it is below in conjunction with drawings and Examples, right The present invention is further elaborated.It should be appreciated that specific embodiment described herein is only to explain the present invention, and It is not used in the restriction present invention.

A kind of airport hardstand lamp provided in an embodiment of the present invention, can be applicable to helicopter and shuts down in the wild or special circumstances Under shutdown, such as middle power the special circumstances such as interrupts.

As shown in FIG. 1 to 3, above-mentioned airport hardstand lamp includes housing unit 1, luminescence component 2, electrically-controlled component 3, described Housing unit 1 has the automatically controlled chamber for being used to housing the luminescence component 2, the electrically-controlled component 3（Do not mark in figure）With for holding Put the battery cavities of battery 9（Not shown in figure）, the luminescence component 2 and electrically-controlled component 3 are arranged at the automatically controlled intracavity；Light fixture by Battery 9 is powered, and in the wild, in particular cases normally can use.Automatically controlled chamber and battery cavities can be split type or integral type.Split In the structure of formula, automatically controlled chamber and battery cavities separate, and the big heat for driving the generations such as component, luminescence component 2 of amount is sent out in automatically controlled chamber Amount does not interfere with the reliability of battery 9, and product safety performance is good.While the hydrogen produced when battery operated in also avoiding battery cavities It is ignited due to high temperature, security reliability is high.

As shown in FIG. 1 to 3, the electrically-controlled component 3 includes circuit board 31, is connected with for receiving on the circuit board 31 The telescopic antenna 4 of wireless remote control signals, the telescopic antenna 4 stretch out in the housing unit 1；It is provided with the circuit board 31 For the wireless module for controlling the luminescence component 2 and electrically connect with the telescopic antenna 4, supporting wireless remote control can be passed through Device controls the working condition of light fixture, and ground crew may be located remotely from light fixture, safe, and a people can pass through remote control control Many set light fixtures, using very convenient.Whether Digiplex can shake the control glow color of luminescence component 2, brightness, flash and flash Frequency etc..The telescopic antenna 4 includes at least two ecto-entads antenna tube 41 nested successively.Telescopic antenna 4 can be pulled out Or retract, so, when remote control distance farther out when, antenna tube 41 can be extracted, extend telescopic antenna 4 most long, telescopic antenna 4 Can be higher than the upper end of light fixture, so, the scope increase of wireless remote control, operator may be located remotely from aircraft gate and operated, safety It is of good reliability.Pilot is made to observe light situation in time, beneficial to the safe landing of pilot.

Specifically, be connected with the inside or outside of the housing unit 1 for charge to the battery 9 of the battery intracavity or to The solar panel 7 of the power supply of the luminescence component 2；The solar panel 7 is electrically connected to the circuit board 31 or described Luminescence component 2.By being provided for converting the solar into the solar panel 7 of electric energy, using for battery can be extended Time, even and if battery-depletion no rechargeable battery or during new battery altering, can be by solar energy to luminous group Part is powered or is charged to battery 9, and the adaptation of product is good, is adapted in the incomplete environment of the auxiliary facilities such as field.And As a result of solar panel 7, the working time of luminescence component 2 is extended, the maintenance period of light fixture is extended.

Specifically, as shown in FIG. 1 to 3, the housing unit 1 includes upper casing 11, lower casing 12 and bottom 13, the lower casing 12 upper/lower terminal is set to opening, and battery 9 can be put into the battery cavities in lower casing 12 from the lower end of lower casing 12.Certainly, also may be used Opening is arranged with fetching battery 9 with the side wall of lower casing 12.

Specifically, as shown in FIG. 1 to 3, the upper casing 11 includes diffuser and is connected to the upper end of the lower casing 12 simultaneously Close the automatically controlled chamber；Luminescence component 2 is positioned at direction on electrically-controlled component 3 towards diffuser.Its visible angle is big.The bottom 13 The lower end of the lower casing 12 is connected to by locking member and the battery cavities are closed, the automatically controlled chamber is located at the upper of the lower casing 12 Portion, the battery cavities are located at the bottom of the lower casing 12.

In concrete application, the lower end of bottom 13 or the periphery wall of lower casing 12 can be provided with foot rest（Not shown in figure）, foot rest Can be triangle corner bracket, to be fixedly supported in ground, foot rest lower end could be arranged to it is pointed, to insert in soft terrain, especially Suitable for irregular field landform.

Specifically, as shown in Figure 1 to 4, the lower casing 12 is fixedly installed fixed column 121, fixed column 121 can one into Type is in the automatically controlled chamber of lower casing 12.The through hole 311 being placed in the fixed column 121 is offered on the circuit board 31, so, electricity Road plate 31 directly can be placed in fixed column 121, saved the time of positioning alignment, be easy to the installation and maintenance of product.It is described Luminescence component 2 also includes aluminium alloy base plate 21, drive circuit board 22, main light emission part（Not shown in figure）With display lamp 23, drive Circuit board 22 is electrically coupleable to circuit board 31, and drive circuit board 22 is used for lighting for driven for emitting lights component 2 etc..The main light emission part Including the LED illuminating parts and infraluminescence part that are arranged on the aluminium alloy base plate 21, LED illuminating parts and infraluminescence part can divide Open control.When hidden landing is needed, infraluminescence part can be individually opened, now helicopter pilot can be set by correlation on machine The standby infrared light for observing lamp luminescence, due to no visible ray, therefore reaches hidden purpose.Normal condition can be opened visible Light, helicopter pilot can be visually observed that the situation of light.

Specifically, as shown in Figure 1 to 4, the drive circuit board 22 is located at the lower section of the aluminium alloy base plate 21, and aluminum is closed Gold base 21 its adopt aluminum alloy materials to make, its heat conductivity is good, and the heat produced when can work LED illuminating parts is quickly arranged Go out, make LED illuminating parts keep suitable operating temperature, it is to avoid cause the LED illuminating part life-spans to greatly shorten because temperature is too high, Product reliability is high.

Specifically, as shown in Figure 1 to 4, the display lamp 23 is straw hat head display lamp and is directly connected in the driving Circuit board 22, display lamp 23 are used for the working condition for observing light fixture, such as, when light fixture breaks down, can coordinate the event of judgement light fixture Barrier, display lamp 23 can also be used for indicate battery 9 electricity, when 9 not enough power supply of battery, corresponding display lamp 23 can flash or Discoloration, changes battery 9 in time to provide attendant.

Specifically, as shown in Figure 1 to 4, the aluminium alloy base plate 21 and the drive circuit board 22 are solid by locking member Due to the upper end of the post.Drive circuit board 22 and circuit board 31 are spaced, it is to avoid both interfere, and the reliability that radiates It is good.

Specifically, as shown in Figure 1 to 4, felt pad 26 is provided between circuit board 31 and lower casing 12, felt pad 26 can be Red thick stick paper or rubber cushion etc..

Specifically, packing ring 27 is provided between circuit board 31 and felt pad 26.

Specifically, as shown in Figure 1 to 4, the first fluid sealant is provided between 12 upper end of the upper casing 11 and the lower casing Circle 51, is provided with the second O-ring seal 52 between 12 lower end of the lower casing and the bottom 13, the lower end of the upper casing 11 or/and The upper end of the lower casing 12 is provided with for accommodating the first annular groove of first O-ring seal 51（Not shown in figure）, it is described under It is provided between the upper end of the bottom of shell 12 or/and the bottom 13 for accommodating the second annular groove of second O-ring seal 52 （Not shown in figure）.

Specifically, as shown in Figure 1 to 4, the first O-ring seal 51 is stuck in the first annular groove, and is subject to upper casing 11 and lower casing 12 compression, the first O-ring seal 51 produce certain elastic deformation, make sealing is kept between upper casing 11 and lower casing 12, with dust-proof Waterproof.Similarly, the second O-ring seal 52 is stuck in the second annular groove, and is compressed by lower casing 12 and bottom 13, the second sealing Cushion rubber 52 produces certain elastic deformation, makes sealing is kept between lower casing 12 and bottom 13, with dustproof and waterproof.

Specifically, as shown in Figure 1 to 4, the upper end or/and lower end of the first O-ring seal 51 is convexly equipped with the first convex tendon（Figure Not shown in）, the cross section of the first convex tendon can triangular in shape and drift angle rounding, further enhancing sealing effectiveness.Similarly, The upper end or/and lower end of the second O-ring seal 52 is convexly equipped with the second convex tendon（Not shown in figure）, the cross section of the first convex tendon can Triangular in shape and drift angle rounding, further enhancing sealing effectiveness.

Specifically, as shown in Figure 1 to 4, it is provided with for the socket with the pluggable connection of terminal on the electrically-controlled component 3 （Not shown in figure）, the luminescence component 2 includes main light emission part and display lamp 23, the main light emission part and display lamp 23 respectively By the first binding post（Not shown in figure）With the second binding post（Not shown in figure）It is plugged in the socket, main light emission part Can be by modular design with display lamp 23, if main light emission part, display lamp 23 are damaged, attendant can be connect first immediately Line terminals, the second binding post are extracted from socket, and more renew main light emission part, display lamp 23, only need to be by the first terminals Son, the second binding post insert in socket, without using aids such as screwdriver, electric cautery, improve light fixture assembling, Maintenance efficiency, can preferably ensure helicopter flight safety.

Specifically, as shown in Figure 1 to 4, the battery intracavity is provided with the electric-conductor for the connection of 9 both positive and negative polarity of battery （Not shown in figure）, the electric-conductor is by the 3rd binding post（Not shown in figure）It is plugged in the socket.When electric-conductor is damaged Bad, the 3rd binding post can be extracted from socket by attendant immediately, and the electric-conductor for more renewing, only need to be by the 3rd terminals Son inserts in socket, without using aids such as screwdriver, electric cautery, improves assembling, the maintenance efficiency of light fixture, can be more Ensure well helicopter flight safety

Specifically, as shown in Figure 1 to 4, it is covered with the main light emission part for realizing the lens 25 of secondary light-distribution, with Brightness, angle of light etc. is made to meet the requirements, the lens 25 are lock onto on the aluminium alloy base plate 21 and covered by connector On main light emission part.Connector can be screw etc..

Specifically, as shown in Figure 1 to 4, the upper casing 11 includes diffuser 111 and cover 112.The diffuser 111 Cover 112 is fixedly connected on, the cover 112 is fixedly connected on the upper end of the lower casing 12 by securing member.Diffuser 111 can It is threadedly coupled with cover 112, sealing ring between diffuser 111 and cover 112, can be provided with, improves diffuser 111 and cover Sealing effectiveness between 112.Or, it is also possible to marine glue is coated between diffuser 111 and cover 112, waterproof is also can reach Dust-proof effect.Diffuser 111 can be made using light transmissive materials such as lucites.

Specifically, the top of the diffuser 111 is set to two relative inclined-planes 110, and the solar panel 7 sets Two are equipped with, and are fixed in the inner side on two inclined-planes 110 respectively.Sunlight can be received with round-the-clock, make it is more too Sun can be converted to electric energy, further extend the use time of light fixture.

Specifically, as shown in Figure 1 to 4, it is provided with for passing through for passing through for telescopic antenna 4 on the cover 112 of upper casing 11 Hole（Not shown in figure）, it is fixedly connected on circuit board 31, the sealing ring 43 being placed on the outside of telescopic antenna 4 is arranged with perforation, is stretched The root of contracting antenna locks and is connected to antenna terminal 42 by nut 44, and structural reliability is high.

Specifically, protection steel mesh cover can be covered with outside diffuser 111（Not shown in figure）, to avoid 111 quilt of diffuser Helicopter blows afloat the foreign bodies such as stone and crashes, and structural reliability is high.

Specifically, battery is provided with the battery cavities, battery can be rechargeable battery, can be using charger to rechargeable battery It is charged, using very convenient.Certainly, common batteries can also be provided with battery cavities, its versatility is good, it is easy to purchase.

Specifically, as shown in FIG. 1 to 3, charging inlet 61, the charging are connected with the lower casing 12 or bottom 13 Mouth 61 is connected to the battery 9 or the circuit board 31 by wire, can be plugged in 61 pairs of chargings of charging inlet using charger Battery is charged.

Specifically, as shown in FIG. 1 to 3, it is additionally provided with charging inlet 61 for blocking the Capsule of charging inlet 61 611, with water proof and dust proof.

Specifically, as shown in FIG. 1 to 3, it is also associated with the lower casing 12 for fixing the clip of the rechargeable battery 91, the clip 91 is in " several " font, and the two ends of the clip 91 are connected to the lower casing 12 by connector.Connector can be Screw, so that battery 9 can be firmly fixed in the battery cavities of lower casing 12, structural reliability is high.

Specifically, as shown in FIG. 1 to 3, it is connected with for controlling described lighting on the upper casing 11 or the lower casing 12 The frequent flashing control of 2 flicker frequency of component switchs 71 and for controlling the switch of the luminescence component 2 and changing for luminous bright-dark degree Position switch 72, is also provided with for controlling the color controlling switch of 2 glow color of luminescence component（Not shown in figure）, stroboscopic control System switch 71, shift switch 72 and color controlling switch can be push button or knob etc..When environment has electromagnetic interference, it is difficult to When being lighted by remote signal control luminescence component 2, can be by frequent flashing control switch 71 and shift switch 72, color controlling switch Directly control.The frequent flashing control switch 71, color controlling switch and shift switch 72 are lock onto on described by locking member Shell 11 or lower casing 12, locking member can be screw.Frequent flashing control switch 71, color controlling switch and shift switch 72 can be set side by side Put.

Specifically, as shown in FIG. 1 to 3, the frequent flashing control switch 71 and shift switch 72, color controlling switch difference By the 4th binding post（Not shown in figure）With the 5th binding post（Not shown in figure）, the 6th binding post（Do not show in figure Go out）It is connected to the socket.In order to the assembling and maintenance of product.

Specifically, the outside of upper casing 11 or lower casing 12 can be provided with solar panels（Not shown in figure）, solar panels can electricity Circuit board 31 is connected to, is stored in battery 9 with converting the solar into chemical energy.

Specifically, as shown in FIG. 1 to 3, rubber blanket 92 is provided between battery 9 and battery cavities, to prevent battery 9 from damaging It is bad.

Specifically, as shown in Fig. 1～Fig. 5, the breathing equipment 62 connected with the battery cavities on the lower casing 12, is connected with, Filter medium 200 is provided with the breathing equipment 62.Breathing equipment 62 can discharge the hydrogen of the generation of battery 9, to prevent hydrogen Gas is accumulated in battery cavities, has prevented the hidden danger of hydrogen explosion.Or, breathing equipment 62 is alternatively labyrinth type breathing equipment 62.

In the present embodiment, as shown in Fig. 1～Fig. 5, the breathing equipment 62 includes a breathing cylinder 101, the side wall of lower casing 12 Screwed hole is offered, breathing cylinder 101 is can be threaded connection with screwed hole.Breathing 101 inner chamber of cylinder is equiped with some water suction Dust-proof filter medium 200, the breathing equipment 62 is also including a pressed component that can compress or unclamp the filter medium 200 201, the pressed component 201 is removably connected on the breathing cylinder 101.By such design, battery 9 is made lasting Heat and hydrogen produced by under working condition can in time discharge battery cavities by the breathing equipment 62 with air；Stop in light fixture After only working, the temperature drop of battery cavities, while the air cooling of battery cavities reduces volume of air, the pressure of the battery cavities Opposite outer is in negative pressure state, and outside air will enter battery cavities by the breathing equipment 62, in filter medium 200 Under adsorption, the steam in air, dust can be avoided to enter battery cavities, make battery 9 work under rational humidity environment, Be conducive to improving service life.And, can be according to different use environments, can be easily and reliably by the pressed component 201 To the filter medium 200 compression elasticity be adjusted, more clammy or many dirt and in the environment of or it is described filter be situated between The pressed component 201 can be pressed against to filter medium 200 by matter 200 using after certain time limit, reduce the filter medium Gap between 200, makes steam, dust be difficult to enter battery cavities；Be relatively dried or the higher environment of air purity under, can be by The pressed component 201 is relative to filter medium 200 to be unclamped, and increases the gap between the filter medium 200, is conducive to battery The heat in chamber, hydrogen in time, quickly move through the filter medium 200 stated in breathing equipment 62 and drain into outside, be conducive to carrying The reliability of high product.

Specifically, as shown in Fig. 1～Fig. 5, the breathing cylinder 101 also can reduce mould with 12 integrated die-casting molding of lower casing Have quantity and be conducive to reducing small product size, described 101 one end of breathing cylinder offers and can connect battery cavities and breathing 101 inner chamber of cylinder First passage 1011, the battery cavities can be with ft connection by first passage 1011.Additionally, it is also possible to by welding, Bonding, screw locking, snap connection etc. it is fixed breathing cylinder 101 is fixedly connected with lower casing 12, belong to of the invention protection Scope.

More specifically, as shown in Fig. 1～Fig. 5, the pressed component 201 is located at breathing 101 other end of cylinder, the pressure A second channel 2011 that can connect breathing 101 inner chamber of cylinder and outside is offered in the middle of tight component 201, the battery cavities are made Can be threadedly coupled between the pressed component 201 and the breathing cylinder 101, can easily adjust described with ft connection The elasticity that pressed component 201 is compressed to filter medium 200.

Further, as shown in Fig. 1～Fig. 5, in the breathing cylinder 101, two waterproof ventilative pads 202 are provided with, it is described Two pads 202 are respectively arranged on 200 two ends of the filter medium, overall dimensions and breathing 101 cavity shape of cylinder of the pad 202 Size matches, and can prevent the filter medium 200 from leaking from the first passage 1011 and second channel 2011.

Further, as shown in Fig. 1～Fig. 5, between the breathing cylinder 101 and pressed component 201, it is additionally provided with one " O " shape Sealing ring 203, improves the sealing property between the breathing cylinder 101 and pressed component 201, prevents rainwater, dust from described Gap between breathing cylinder 101 and pressed component 201 enters battery cavities.

Preferably, as shown in Fig. 1～Fig. 5, the filter medium 200 is manufactured using active carbon material, its water suction dust tightness Can be good, improve the reliability of product, additionally, the filter medium 200 can also be manufactured using suitable materials such as quartz sands, Belong to protection scope of the present invention.

Preferably, the employing felt materials manufacture of the pad 202, its water proof and dust proof performance is good and low price, favorably In the cost for reducing product, additionally, the pad 202 can also adopt the material manufactures such as active carbon particle packing ring, non-woven fabrics, Belong to protection scope of the present invention.

Preferably, the sealing ring 203 is manufactured using elastomeric material, and its ability of elastic-plastic deformation is good and low price, makes The cost of product can be reliably sealed and can be reduced between the breathing cylinder 101 and pressed component 201.

After using certain time limit, filter medium 200 will fail, when needing to change filter medium 200, it is only necessary to will compress Component 201 is screwed out and takes out a pad 202, recharges that new filtration is situated between after then removing failed filter medium 200 again Matter 200, then the pad 202 of taking-up is put into into breathing cylinder 101, pressed component 201 is screwed in into breathing cylinder 101 finally.Safeguard Process is convenient, is not required to light fixture is pulled down from lamppost, and need not scrap other parts, only need to refill activated carbon Grain, advantageously reduces maintenance, the use cost of user.

The airport hardstand lamp that the present invention is provided, is easy to the quick airplane parking area set up and be available for helicopter landing, and which can adopt Battery is powered, and by arranging telescopic antenna 4, telescopic antenna 4 can be pulled to suitable height when in use, and operator can nothing Line remote control airport hardstand lamp, remote control distance are remote, easy to use and security reliability is good.The airport hardstand when using During lamp, telescopic antenna can be withdrawn, be easy to transport, storage and the carrying of airport hardstand lamp, it is to avoid antenna is broken off and fails.

By being provided for converting the solar into the solar panel 7 of electric energy, can extend battery use when Between, even and if battery-depletion no rechargeable battery or during new battery altering, can be by solar energy to luminescence component Power supply is charged to battery 9, and the adaptation of product is good, is adapted in the incomplete environment of the auxiliary facilities such as field.

And, the airport hardstand lamp that the present invention is provided, the connection of the part such as main light emission part and display lamp 23 pass through Binding post is connected with socket, its not only efficiency of assembling it is high, and also easily changed after parts damages, it is not necessary to use spiral shell The instruments such as silk knife, electric cautery, operation is simple, can recover normal by quick-replaceable corresponding component and use after damage of product State, more conducively ensures helicopter landing safety.

By arranging infrared illuminants, needs can be seen by infrared identification equipment, increased the crypticity of airplane parking area, Security reliability is further improved.

Presently preferred embodiments of the present invention is the foregoing is only, not to limit the present invention, all essences in the present invention Any modification, equivalent or improvement made within god and principle etc., should be included within the scope of the present invention.

Claims (7)

1. a kind of airport hardstand lamp, it is characterised in that including housing unit, luminescence component, electrically-controlled component, the housing unit It is with for housing the luminescence component, the automatically controlled chamber of the electrically-controlled component and the battery cavities for set battery, described luminous Component and electrically-controlled component are arranged at the automatically controlled intracavity；

The electrically-controlled component includes circuit board, is connected with for receiving the telescopic antenna of wireless remote control signals on the circuit board, The telescopic antenna stretches out in the housing unit；Be provided with the circuit board for control the luminescence component and with it is described The wireless module of telescopic antenna electrical connection, the telescopic antenna include at least two ecto-entads antenna tube nested successively；

It is connected with the inside or outside of the housing unit and charges or to the luminescence component for the battery to the battery intracavity The solar panel of power supply；The solar panel is electrically connected to the circuit board or the luminescence component；

The housing unit includes upper casing, lower casing and bottom, and the upper/lower terminal of the lower casing is set to opening, the upper casing bag Include transmittance section and be connected to the upper end of the lower casing and close the automatically controlled chamber；The bottom by locking member be connected to it is described under The battery cavities are simultaneously closed in the lower end of shell, and the automatically controlled chamber is located at the top of the lower casing, and the battery cavities are located at the lower casing Bottom；

Socket is provided with the electrically-controlled component, the luminescence component also includes aluminium alloy base plate, drive circuit board, main light emission part And display lamp, the main light emission part and display lamp are respectively plugged in described inserting by the first binding post and the second binding post Seat, the battery intracavity are provided with the electric-conductor for battery plus-negative plate connection, and the electric-conductor is inserted by the 3rd binding post It is connected to the socket；

It is connected with the upper casing or the lower casing and switchs and use for the frequent flashing control for controlling the luminescence component flicker frequency In the shift switch for controlling the luminous bright-dark degree of the luminescence component, the frequent flashing control switch and shift switch are by locking Part lock onto the upper casing or lower casing, and frequent flashing control switch and shift switch pass through the 4th binding post and the 5th respectively Binding post is connected to the socket.

2. airport hardstand lamp as claimed in claim 1, it is characterised in that the upper casing includes diffuser and cover, described Diffuser is connected to cover, and two relative inclined-planes are set at the top of the diffuser, and the solar panel is provided with Two, and the inner side on two inclined-planes is fixed in respectively.

3. airport hardstand lamp as claimed in claim 1, it is characterised in that the lower casing is fixedly installed fixed column, described The through hole being placed in the fixed column is offered on circuit board, the main light emission part includes being arranged on the aluminium alloy base plate LED illuminating parts and infraluminescence part, the drive circuit board are located at the lower section of the aluminium alloy base plate, and the display lamp is straw hat Head display lamp is simultaneously directly connected in the drive circuit board, and the aluminium alloy base plate and the drive circuit board are solid by locking member Due to the upper end of the fixed column.

4. airport hardstand lamp as claimed in claim 1, it is characterised in that arrange between the upper casing and the lower casing upper end Have the first O-ring seal, between the lower casing lower end and the bottom, be provided with the second O-ring seal, the lower end of the upper casing or/ Be provided with for accommodating the first annular groove of first O-ring seal with the upper end of the lower casing, the bottom of the lower casing or/and It is provided between the upper end of the bottom for accommodating the second annular groove of second O-ring seal.

5. airport hardstand lamp as claimed in claim 1, it is characterised in that rechargeable battery, institute are provided with the battery cavities State and on lower casing or bottom, be connected with charging inlet, the charging inlet is connected to the battery or the circuit board by wire.

6. airport hardstand lamp as claimed in claim 5, it is characterised in that be also associated with the lower casing described for fixing The clip of rechargeable battery, the clip are in " several " font, and the two ends of the clip are connected to the lower casing by connector.

7. the airport hardstand lamp as any one of claim 1 to 6, it is characterised in that be connected with the lower casing with The breathing equipment of the battery cavities connection.