CN217737120U - Stable high-efficiency heat dissipation lamp - Google Patents

Abstract

The utility model discloses a firm high-efficient heat dissipation lamp, it includes lamp base, lamp shade, end cover B shrouding, mounting panel, line ball board is fixed, terminal box, binding post, drive power supply, line buckle, lamp plate module etc.; the traditional scheme of the lamp is upgraded by the redesigned lamp structure, and the traditional colloid fixing mode is replaced; and adopt aluminium base structure to dispel the heat conduction, be equipped with the heat dissipation tube pad simultaneously and dispel the heat the arc pipe, further improvement lamps and lanterns radiating effect reduces the heat of lamps and lanterns and piles up the effect to improve the heat dissipation high efficiency and the fixed stability of LED module, can also reduce the speed of light decay when the radiating effect promotes, have LED module universality, the LED module of applicable high power with the structure.

Description

Firm high-efficient heat dissipation lamp

Technical Field

The utility model relates to the field of lighting technology, specifically be a firm high-efficient heat dissipation lamp.

Background

The lamp plays an important role in life, people can not leave the lamp in clothes and eating houses, even the lamp can participate in the growth of interlocked plants, and therefore the lamp with high-efficiency illumination, convenience and good use is important.

In traditional lamps and lanterns manufacturing process, generally by the lamp bottom, the lamp shade, drive power supply, the electric wire, the lamp plate module constitutes, from the structure of lamps and lanterns above, current lamps and lanterns generally all rely on the heat-conduction of lamps and lanterns plastic casing to dispel the heat, the lamps and lanterns plastic casing under the circulation air can provide partial heat dissipation support for lamps and lanterns, manufacturing cost has been practiced thrift on the one hand, on the other hand has also reduced production technology step, but plastic casing's heat conductivility is on the low side, under the environment that faces the environment of not circulating air and the operation of lighting for a long time, rely on lamps and lanterns shell to carry out radiating traditional radiating mode and can't satisfy the work demand, the long-time heat of lamps and lanterns is piled up and can lead to many problems, the main following several aspects that expose at present:

1. a large amount of heat is piled up and can make lamps and lanterns circuit and integrated circuit components and parts age fast, and the life of greatly reduced lamps and lanterns, the heat is piled up down LED luminous template radiating effect is not good, and power is done not big, and heat is piled up and still can lead to LED lamp pearl light decay to accelerate, has seriously influenced normal illuminating effect.

2. The traditional lamp panel can generally use silver glue and white glue to solidify the LED light-emitting module and the PCB integrated circuit board to the support or the lampshade, the simple and cost-effective solidification mode can enable the lamp to keep excellent stability when leaving the factory, but can not provide guarantee for long-term aging experiments or long-term operation, because under the heat accumulation of the lamp, the colloids can be rapidly aged, and the substrate is easily caused to fall off to the lamp tube lampshade due to aging, so that the lamp is scrapped and potential safety hazards are generated.

Traditional lamps and lanterns also have considerable inconvenience on the maintenance aspect, because many lamps and lanterns structure are dismantled very trouble, can not accomplish the demand that the secondary was maintained even, lamps and lanterns are installed in the high altitude department many times in order to reach best illuminating effect, and complicated dismantlement structure has caused aerial working's secondary difficulty.

SUMMERY OF THE UTILITY MODEL

The embodiment of the application provides a firm high-efficient heat dissipation lamp to solve the problem that proposes in the above-mentioned background art.

To the deficiency of the prior art, the utility model provides a following technical scheme:

a robust, high efficiency heat dissipating lamp comprising: the lamp comprises a lamp bottom, a lamp shade, an end cover B sealing plate, a mounting plate, a wire pressing plate fixing part, a junction box, a wiring terminal, a driving power supply, a wire buckle and a lamp panel module; the lamp bottom is used as a stable frame core of the high-efficiency heat dissipation lamp, and main components are arranged above the lamp bottom and matched with the lamp shade to bear the structural stability of the lamp.

Furthermore, the fixed strength of the lamp panel module (12) is enhanced by the two end cover B sealing plates (4), the two ends of the lamp panel module (12) are clamped into the connecting bayonets of the end cover B sealing plates (4), the production size of the bayonets is strict, the bayonets are closely matched with the two ends of the lamp panel module (12), and the lamp panel module is convenient to disassemble and assemble and is stable in use.

Furthermore, a reflector can be arranged in the lampshade (2) according to the model and production requirements, the luminous effect is enhanced, the uniformity of a luminous area is promoted, the ineffective light reflection and diffuse reflection of the LED module are reduced, strip-shaped rail grooves are arranged on two sides of the bottom of the lampshade (2), and the grooves in the bottom of the lampshade (2) are installed in a sliding mode from the strip-shaped rails on two ends of the lamp bottom (1); the mounting plate (5) can be mounted at the lamp bottom (1) by using a fixing device, and the whole lamp can be dismounted from a high-altitude state only by dismounting the fixing device when the lamp is dismounted, and then more convenient maintenance and other purposeful operations are carried out.

Furthermore, the independent driving power supply (10) is connected with a wire and then is arranged in the lamp bottom (1), and is further fixed by the fixing device, so that the lamp is responsible for regulating and controlling the light, voltage and program of the lamp, and compared with the traditional exposed PCB, the stable driving power supply (10) packaging device further improves the service life and safety of the lamp.

Furthermore, the wire buckle (11) bundles the internal wires of the lamp, so that the contact fault of the circuit caused by the over-disordered wires and the wire buckle are avoided; the wiring terminal (9) module is reserved, so that the internal circuit of the lamp is neat when the lamp leaves a factory, the circuit is connected into the external wiring terminal to be connected with the lamp when the lamp is used, the circuit is connected with the wire pressing plate fixing piece (7) to be matched with a screw to be used for pressing down the external wire onto the wire pressing plate (6), then the wire harness is fixed on the lamp base (1) by the fixing device, the appearance of the connected wire is improved after the fixing, and the wire harness is added for comprehensive use of the lamp.

Furthermore, the junction box (8) is opened when the wiring terminal (9) is installed and connected into an external electric wire, the wiring terminal (9) is covered by a fixing device for fixing after wiring is finished, the effect of protecting the wiring terminal (9) and the electric wire is achieved after fixing is completed, the external exposure state of the wiring position is reduced, the long-term working stability of the wiring position is prolonged, and compared with a traditional electrical tape wiring covering method, the safety and the stability are greatly improved.

Further, the lamp panel module (12) is fixed with the LED light-emitting module by adopting an independent fixing structure, the traditional silver adhesive and white adhesive fixing mode is replaced, the hidden danger of adhesive aging caused by heat accumulation is avoided, the service life of the lamp is prolonged, the safety performance of the lamp is improved, on the problem of heat conduction of the lamp panel module (12) and the LED module, the aluminum base structure is adopted for heat dissipation and conduction, when heat is not accumulated, redundant heat is conducted to the alloy lamp bottom (1) for heat dissipation, the self-heat dissipation method of the plastic lamp shell of the traditional lamp is overcome, a heat dissipation pipe pad and a heat dissipation arc pipe are also arranged, efficient heat dissipation is further improved, the risk of heat accumulation is greatly reduced from the heat source, the reliability of the lamp is greatly improved, and after the heat dissipation performance of the lamp is greatly improved, the same lamp structure can be provided with high-power LEDs with larger heat productivity, the partial universality of the lamp structure is realized, the advantages of the structure are obviously reduced, and the heat dissipation performance of the service life of the whole lamp is greatly prolonged.

Furthermore, the end cover B (3) is used for integrally packaging and reinforcing by utilizing the internal buckle structure after other accessories of the lamp are mounted, and is mainly mounted at two ends of the lamp base (1) and the lampshade (2) after being assembled.

Compared with the prior art, the embodiment of the application has the following beneficial effects:

1. adopt more high-efficient safe end cover B shrouding bayonet socket bearing structure and the independent fixed knot of lamp plate module to construct and replace traditional colloid fixed method, stable structure can avoid because the ageing potential safety hazard that brings of colloid has prolonged the life of lamps and lanterns to traditional lamps and lanterns, has improved the security performance of lamps and lanterns.

2. Customizable multiple type of lamp shade demand promotes lamps and lanterns suitability, in the aspect of the dismantlement of whole lamps and lanterns, has adopted high-efficient mounting panel to replace the disposable screw fixed mounting in the traditional lamps and lanterns, very big improvement installation, the convenience of dismantling when whole lamps and lanterns later maintenance, also reduced high altitude construction's danger, the structure of mounting panel is very firm and stable simultaneously, has compromise two big aspects of facility and safety.

3. The aluminum substrate structure is adopted for heat dissipation and conduction, when heat is not accumulated, redundant heat is conducted to the bottom of the alloy lamp for heat dissipation, the heat dissipation far exceeds a plastic lamp shell self-heat dissipation method of a traditional lamp, a heat dissipation pipe pad and a heat dissipation arc pipe are also arranged, multiple heat dissipation strategies further improve the heat conduction of the lamp for efficient heat dissipation, the risk of heat accumulation is greatly reduced from a heat source occurrence position, the reliability of the lamp is greatly improved, after the heat dissipation performance of the lamp is greatly improved, the same lamp structure can be provided with a high-power LED with larger heat productivity, partial universality of the lamp structure is realized, the heat dissipation performance under the structure is superior, the light attenuation of the LED is obviously slowed down, and the service life of the whole lamp is greatly prolonged.

Drawings

FIG. 1 is an exploded view of the basic structure of the lamp;

FIG. 2 is a schematic view of the present lamp;

FIG. 3 is a side cross-sectional view of a dual tube lamp of the present lamp configuration;

FIG. 4 is a side cross-sectional view of a single tube lamp of the present lamp construction;

FIG. 5 is a cross-sectional view of the bottom of the lamp;

in the figure: the lamp comprises a lamp base (1), a lamp shade (2), an end cover B (3), an end cover B sealing plate (4), a mounting plate (5), a line pressing plate (6), a line pressing plate fixing part (7), a junction box (8), a wiring terminal (9), a driving power supply (10), a line buckle (11) and a lamp panel module (12).

Detailed Description

This application example has solved the dismantlement in traditional lamps and lanterns and has maintained numerous and diverse, the ageing hidden danger of colloid, the mixed and disorderly hidden danger of internal circuit, the heat that dispels the heat and well arouse piles up hidden danger, the unstable scheduling problem of structure through providing a firm high-efficient heat dissipation lamp, and the totality has improved the stability and the security of lamps and lanterns long-term use.

In order to achieve the above-mentioned solution effect, the technical solution in the embodiment of the present application has the following general idea:

the traditional fixing scheme of the lamp is upgraded through the redesigned lamp structure, so that the complexity of the disassembly and the assembly of the lamp is reduced, and the stability and the safety of the whole structure of the lamp are improved; the autonomous reflector is configured according to the use requirement, so that the lamp has more selectivity; by adopting a driving power supply packaging scheme, the environmental stability of the lamp is improved, the internal circuit and the external circuit are fixedly bound, the connection and conduction of the internal circuit and the external circuit are carried out by using the wiring terminals, and the consistency of the circuit of the lamp and the attractiveness of the lamp are improved; the lamp panel module is designed with multiple fixing modes, adopts an aluminum base structure for heat dissipation and conduction, is also provided with a heat dissipation tube pad and a heat dissipation arc tube, further improves the heat dissipation effect of the lamp, reduces the heat accumulation effect of the lamp, improves the heat dissipation efficiency and the fixing stability of the LED module, and can reduce the light attenuation speed and adopt the high-power LED module when the heat dissipation effect is improved.

In order to better understand the technical scheme, the technical scheme is described in detail in the following with reference to the attached drawings of the specification and specific embodiments.

Example one

There are two end cover B shroudings (4) at the both ends of lamps and lanterns, and end cover B shrouding (4) will strengthen the fixed strength of lamp plate module (12), and the linking bayonet socket of end cover B shrouding (4) will be blocked in lamp plate module (12) both ends is adorned in the both sides port department at the bottom of the lamp (1), closely matches with lamp plate module (12) both ends.

Furthermore, a reflector can be arranged in the lampshade (2) according to the model and the production requirement, strip-shaped rail grooves are formed in two sides of the bottom of the lampshade (2), and strip-shaped rails at two ends of the lamp bottom (1) are installed in a sliding mode through the grooves in the bottom of the lampshade (2); the mounting plate (5) can be mounted outside the lamp bottom (1) by using a fixing device.

Furthermore, the independent driving power supply (10) is arranged in the lamp bottom (1) after being connected with wires and is further fixed by a fixing device, and the independent driving power supply is arranged below the lamp panel module (12) during assembly.

Furthermore, the wire buckle (11) bundles the internal wires of the lamp, the wires are arranged in the lamp bottom (1) during installation, and the wires are bundled and then pressed down by aiming at the corresponding hole positions of the lamp bottom (1); adopt binding post (9) to carry out inside, external line connection switches on, installs in lamp base (1) outside, and internal line inserts binding post (9) through lamp base hole site and uses line use line ball board mounting (7) cooperation fixing device again to use on pressing line board (6) with external electric wire, then reuse fixing device goes up to lamp base (1) outside and carries out the bunch fixedly.

Furthermore, the junction box (8) is opened when the wiring terminal (9) is installed and connected with an external wire, the wiring terminal (9) is covered by a fixing device after wiring is finished and is arranged outside the lamp bottom for fixing, and the function of protecting the wiring terminal (9) and the wire is achieved after fixing is finished.

The technical scheme in the embodiment of the application at least has the following technical effects or advantages:

adopt more high-efficient safe end cover B shrouding bayonet socket bearing structure and the independent fixed knot of lamp plate module to construct and replace traditional colloid fixed method, stable structure contrast traditional lamps and lanterns can avoid because the potential safety hazard that the colloid is ageing to be brought. The lamp shade can be selected in a customized mode, in the aspect of the disassembly of the whole lamp, the lamp is directly installed on the wall in the traditional lamp by the aid of the efficient installation plate, the convenience of installation and disassembly in the later maintenance of the whole lamp is greatly improved, the danger of high-altitude operation is reduced, meanwhile, the structure of the installation plate is very firm and stable, permanent deformation cannot be caused due to external force application in a bearing range, and convenience and safety are both considered. The LED module driving circuit has the advantages that the independent driving power supply is provided, the driving power supply is protected by the packaging structure with better performance, exposure in the air is reduced, the aging process of devices is slowed down, normal work of the lamp under multiple environments can be realized, the driving power supply can regulate and control input voltage, current intensity and stability of the whole lamp, and direct impact influence of other adverse factors such as surge on the LED module is reduced. Adopt the line to detain the inside of carrying out the circuit and fix, reduce the contact nature trouble of the lamps and lanterns maintenance process that leads to because of the excessive confusion of electric wire, promoted the aesthetic measure of product, adopt binding post to carry on inside, external line connects and switches on, promoted line connection's convenience and safety and stability nature, will fix terminal box cooperation fixing device to the lamp end after line connection accomplishes, reduce the outside state of exposing of junction, prolong the long-term job stabilization nature of junction.

Example two

Except that existing end cover B shrouding (4) are fixed on lamp plate module (12), still will adopt independent fixed knot to construct LED light emitting module and fix, arrange lamp base (1) inside in, on drive power supply (10), and after lamp shade (2) installation, just be located between two bar rail grooves of lamp shade (2), on lamp plate module (12) and the heat-conduction's of LED module problem, will adopt aluminium base structure to dispel the heat conduction, it just conducts the heat to give off on metal lamp base (1) to pile up unnecessary heat conduction to not have formed at the heat, and lamp plate module (12) structural heat dissipation tube gasket and the heat dissipation arc pipe of having still added.

Further, after other accessories of the lamp are installed, the end cover B (3) is integrally packaged and reinforced by using an internal buckle structure, and is mainly installed at two ends of the lamp bottom (1) and the lamp shade (2) after being assembled, the end cover B (3) is installed, and then the lamp bottom (1) and the lamp shade (2) are coated in a half space, and a corresponding bayonet is arranged, and the lamp bottom (1) is clamped into a corresponding position after being installed.

The technical scheme in the embodiment of the application at least has the following technical effects or advantages:

the aluminum substrate structure is adopted for heat dissipation and conduction, redundant heat is conducted to the metal lamp substrate for heat dissipation without accumulation, the heat dissipation far exceeds a plastic lamp shell self-heat dissipation method of a traditional lamp, multiple heat dissipation strategies further improve lamp heat conduction for efficient heat dissipation under the clamping of a heat dissipation pipe pad and a heat dissipation arc pipe, the risk of heat accumulation is greatly reduced from a heat source generation position, the reliability of the lamp is greatly improved, after the heat dissipation performance of the lamp is greatly improved, the same lamp structure can be provided with a high-power LED with larger heat productivity, partial universality of the lamp structure is realized, the heat dissipation performance under the structure is superior, the light attenuation of the LED is obviously slowed down, and the lighting service life of the lamp is greatly prolonged.

The above-described embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention. Those skilled in the art will recognize that changes and modifications can be made in the invention as described herein without departing from the scope of the invention as defined by the appended claims.

Claims (8)

1. A robust, high efficiency heat dissipating lamp, comprising: the lamp comprises a lamp base (1), a lamp shade (2), an end cover B (3), an end cover B sealing plate (4), a mounting plate (5), a line pressing plate (6), a line pressing plate fixing piece (7), a junction box (8), a wiring terminal (9), a driving power supply (10), a line buckle (11) and a lamp panel module (12); the lamp bottom (1) is used as a stable and efficient frame core of the heat dissipation lamp, and main components are arranged above the lamp bottom (1) and matched with the lamp shade (2) to jointly bear the structural stability of the heat dissipation lamp;

the lamp base (1) is taken as a frame core, the lamp shade (2) is positioned below the lamp base (1), and the grooves at the bottom of the lamp shade (2) are installed in a sliding manner from strip rails at two ends of the lamp base (1); the end cover B (3) is mainly arranged at openings at two ends after the lamp bottom (1) and the lamp shade (2) are assembled, the end cover B (3) covers the lamp bottom (1) and the lamp shade (2) after being arranged, and is provided with a corresponding bayonet, and the end cover B (3) is clamped at a corresponding position of the lamp bottom (1) after being arranged; the end cover B sealing plate (4) is positioned between the end cover B (3) and the openings at the two ends of the lamp bottom (1); the mounting plate (5) is positioned above the lamp bottom (1) and close to the openings at the two ends; the wire pressing plate (6) is positioned above the wire pressing plate fixing piece (7), is fixed above the lamp bottom (1) together with the fixing piece (7), and is arranged between the mounting plate (5) and the junction box (8); the junction box (8) is covered with the wiring terminal (9) and is arranged in the middle of the upper part of the lamp bottom; the driving power supply (10) is positioned between the lampshade (2) and the lamp bottom (1) and is arranged below the lamp bottom (1); the wire buckle (11) is positioned between the lampshade (2) and the lamp bottom (1) and below the lamp bottom; the lamp panel module (12) is arranged inside the lamp bottom (1) and above the driving power supply (10), and is just positioned between the two strip-shaped rails of the lampshade (2) after the lampshade (2) is installed.

2. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: the number of the end cover B sealing plates (4) is two, and the two ends of the lamp panel module (12) are clamped into the connecting bayonets of the end cover B sealing plates (4).

3. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: the two sides of the bottom of the lampshade (2) are provided with strip-shaped rail grooves.

4. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: the driving power supply (10) is of an independent structure and is further fixed below the lamp bottom (1) by a fixing device.

5. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: the wire buckle (11) bundles the lamp circuit in the lamp bottom (1).

6. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: the wiring box (8) is opened when the wiring terminal (9) is installed and connected with an external wire, and the wiring terminal (9) is covered by a fixing device after wiring is finished and is arranged outside the lamp bottom for fixing.

7. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: besides the existing end cover B sealing plate (4) is fixed on the lamp panel module (12), an independent fixing structure is further adopted to fix the LED light-emitting module.

8. A robust, highly efficient heat dissipating lamp as recited in claim 1, wherein: and after other accessories of the lamp are installed, the end cover B (3) is integrally packaged and reinforced by using an internal buckle structure.

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