CN204328681U - A modular splicing industrial and mining lamp - Google Patents

Abstract

The utility model discloses an industrial and mining lamp of module concatenation, including the same and integrated single module that has light source and radiator of N structure, it is fixed through fixed connector between cylindrical lamp body and the adjacent single module to splice into this N single module, wherein, N is greater than or equal to 2. The industrial and mining lamp adopts equal parts of single modules to be spliced into a cylindrical lamp body, realizes independent mode installation and disassembly, forms modular splicing and becomes an integral large-scale radiator; the appearance is seen, and the heat dissipation mode is an integral heat dissipation mode; the internal structure looks like an independent heat dissipation mode; meanwhile, the efficient heat-conducting pouring sealant is added in the single-module radiator, so that the heat-conducting efficiency is higher.

Description

A modular splicing industrial and mining lamp

technical field

The utility model relates to a high bay lamp, in particular to a modular spliced high bay lamp.

Background technique

High bay lamps are widely used in warehouses, factories and indoor and outdoor sports venues, and belong to high-power lighting fixtures. Traditional industrial and mining lamps use high-pressure sodium lamps and high-pressure mercury lamps as light sources, which have low color rendering index, high energy consumption, high calorific value, and are not environmentally friendly. As a new type of light source, LED industrial and mining lamps have low energy consumption and are more energy-saving. LED itself is a cold light source, and the temperature of the lamp is low, which is safer. However, for the current LED high bay lights on the market, the size of the radiator is different for different powers, and the heat dissipation structure of the radiator is complicated, which increases the weight of the lamp. Some products can achieve different power requirements through the assembly of multiple light source modules, but this is only the assembly between light source modules, and it is impossible to quickly and freely assemble different powers with a single lamp as a unit.

Contents of the invention

In order to solve the above technical problems, the purpose of this utility model is to provide a modular splicing industrial and mining lamp.

The technical scheme that the utility model adopts is:

A modular splicing industrial and mining lamp, including N single-module groups with the same structure and integrated with light sources and radiators, the N single-module groups are spliced into a cylindrical lamp body, and the adjacent single-module groups are fixedly connected The pieces are fixed, where N≥2.

Wherein, the single module is also integrated with a heat conduction substrate and a lampshade, the heat conduction substrate is fixed on the heat sink, the light source is fixed on the heat conduction substrate, and the lampshade is closed on the heat conduction substrate from the outside of the light source.

Further, a groove is provided at the junction between the heat sink and the heat-conducting substrate, and heat-conducting glue is potted in the groove.

Further, the single module is also integrated with a reflector fixed on the heat-conducting substrate and placed in the lampshade, and a through hole for accommodating the light source is provided in the center of the reflector.

Further, the single module is also integrated with a sealing ring sleeved on the outside of the reflector.

Further, the industrial and mining lamp also includes a power supply, a power supply bracket, and a power supply cover arranged on the lamp body. The power supply, the power supply bracket and the power supply cover are placed in the power supply cover. Electrical power connection.

Further, the high bay light also includes a hanging ring passing through the power cover and connected to the top of the power bracket.

Further, the industrial and mining lamp also includes a reflector arranged at the lower end of the lamp body.

Preferably, said N=4, and the single module is 1/4 equal part of the cylindrical lamp body.

The beneficial effects of the utility model:

The industrial and mining lamp of the utility model adopts equal single-module splicing into a cylindrical lamp body, realizes independent mode installation and disassembly, forms a modular splicing and becomes an overall large-scale radiator; from the appearance, it is an overall heat dissipation mode; from the internal structure It seems that it is actually an independent heat dissipation mode; at the same time, a high-efficiency heat-conducting potting glue is added inside the single-module radiator, which has higher heat conduction efficiency.

Description of drawings

Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is described further.

Fig. 1 is the assembly diagram of the utility model industrial and mining lamp;

Fig. 2 is an exploded view of the industrial and mining lamp of the present invention;

Figure 3 is an exploded view of the single module.

Detailed ways

As shown in Figures 1-2, it is a modular splicing industrial and mining lamp of the present invention, which includes N single-module groups 10 with the same structure, and the N single-module groups 10 are spliced into a cylindrical lamp body and The adjacent single modules 10 are fixed by fixed connectors, and the power supply 20, power support 30, power supply cover 40 arranged on the lamp body, and the reflector 50 arranged at the lower end of the lamp body, the power supply 20, the power supply support 30 and the set Inside the power supply cover 40 , the power supply bracket 30 fixes the power supply 20 on the lamp body, and the single module 10 is provided with a lead wire 107 electrically connected to the power supply 20 .

Wherein, N≥2, N=4 is selected in this embodiment, and the single module group 10 is 1/4 equal parts of the cylindrical lamp body. In addition, in order to facilitate the placement of the lamp body, the industrial and mining lamp also includes a hanging ring 60 connected to the top of the power supply bracket 30 through the power supply cover 40. Of course, the hanging ring 60 is only a preferred option of this solution, and other hanging parts such as hooks are also suitable for this technology. plan.

As shown in Figure 3, the single module 10 is integrated with a light source 101, a heat sink 102, a reflector 103, a sealing ring 104, a heat conduction substrate 105, and a lampshade 106, the heat conduction substrate 105 is fixed on the heat sink 102, and the light source 101 is fixed on the heat conduction substrate 105 , the lampshade 106 is covered from the light source 101 to the heat-conducting substrate 105, the reflector 103 is fixed on the heat-conducting substrate 105 and placed in the lampshade 106, the center of the reflector 103 is provided with a through hole 110 for accommodating the light source 101, and a sealing ring 104 sets It is arranged on the outside of the reflector 103 ; in addition, a groove 108 is provided at the joint between the heat sink 102 and the heat-conducting substrate 105 , and a heat-conducting adhesive 109 is filled in the groove 108 .

The industrial and mining lamp of the utility model adopts equal single-module splicing into a cylindrical lamp body, realizes independent mode installation and disassembly, forms a modular splicing and becomes an overall large-scale radiator; from the appearance, it is an overall heat dissipation mode; from the internal structure It seems that it is actually an independent heat dissipation mode; at the same time, a high-efficiency heat-conducting potting glue is added inside the single-module radiator, which has higher heat conduction efficiency.

The above is only the preferred implementation of the utility model, the utility model is not limited to the above implementation, as long as the technical solutions to achieve the purpose of the utility model by basically the same means are within the scope of protection of the utility model.

Claims (9)

1. a bulkhead lamp capable for modularity splicing, is characterized in that: comprise N number of structure identical and be integrated with the single mode group of light source and radiator, this N number of single mode spelling is connected into cylindrical lamp body and is fixed by fixed connecting piece between adjacent single mode group, wherein, and N >=2.

2. the bulkhead lamp capable of a kind of modularity splicing according to claim 1, is characterized in that: described single mode group is also integrated with heat-conducting substrate, lampshade, and heat-conducting substrate is fixed on radiator, and light source is fixed on heat-conducting substrate, and lampshade is combined in heat-conducting substrate from light source enclosing cover.

3. the bulkhead lamp capable of a kind of modularity splicing according to claim 2, is characterized in that: described radiator and heat-conducting substrate joint place are provided with a groove, and in groove, embedding has heat-conducting glue.

4. the bulkhead lamp capable of a kind of modularity splicing according to Claims 2 or 3, is characterized in that: described single mode group is also integrated with and is fixed on heat-conducting substrate and the reflector be placed in lampshade, and this reflector center is provided with the through hole holding described light source.

5. the bulkhead lamp capable of a kind of modularity splicing according to claim 4, is characterized in that: described single mode group is also integrated with the sealing ring be set in outside reflector.

6. the bulkhead lamp capable of a kind of modularity splicing according to claim 1, it is characterized in that: it also comprises the power supply be arranged on lamp body, power shelf, power supply cover, power supply, power shelf and be placed in power supply cover, power supply is fixed on lamp body by power shelf, and single mode group is provided with lead-in wire and is electrically connected with this power supply.

7. the bulkhead lamp capable of a kind of modularity splicing according to claim 6, is characterized in that: it also comprises the link be connected with power shelf top through power supply cover.

8. the bulkhead lamp capable of a kind of modularity splicing according to claim 1, is characterized in that: it also comprises the reflection shield being arranged on lamp body lower end.

9. the bulkhead lamp capable of a kind of modularity splicing according to claim 1, it is characterized in that: described N=4, single mode group is 1/4 equal portions of cylindrical lamp body.