CN201892193U

CN201892193U - Waste-heat heating equipment for illuminating devices

Info

Publication number: CN201892193U
Application number: CN2010205616341U
Authority: CN
Inventors: 朱明伟
Original assignee: Asia Vital Components Co Ltd
Current assignee: Asia Vital Components Co Ltd
Priority date: 2010-09-30
Filing date: 2010-09-30
Publication date: 2011-07-06
Anticipated expiration: 2020-09-30

Abstract

Waste-heat heating equipment for illuminating devices comprises at least one illuminating device and a water supply device. Each illuminating device is provided with at least one luminous module, at least one radiator is attached on one side of each luminous module, a preset pipeline is connected with the radiators and the water supply device, the water supply device supplies cooling water to directly cool the radiators, used cooling water can be provided for people, and accordingly waste heat is transformed into energy.

Description

The waste heat equipment of lighting device

Technical field

A kind of waste heat equipment of lighting device refers to that especially a kind of heat conversion that utilizes lighting device to produce is heated water and the supply common people directly use and then reaches the waste heat equipment that used heat is converted to the lighting device of the energy.

Background technology

Existing street lamp device is to meet the purpose that environmental protection and energy saving subtract carbon, so the luminescence component in the street lamp is changed into light emitting diode as main flow by Halogen lamp LED gradually.

Light emitting diode (Light Emitting Diode is hereinafter referred to as LED) after in nineteen fifty generation, begin development, nowadays on using with very general.

LED utilizes electric energy to be converted into the principle of luminous energy, at first (for example aluminium (Al), gallium (Ga), indium (In) etc. are via brilliant method (the liquid Phase Epitaxy of for example liquid built with III family element with V group element (for example nitrogen (N), phosphorus (P), arsenic (As) etc.), abbreviate LPE as) or gas phase brilliant method (Vapor Phase Epitaxy of heap of stone, abbreviate VPE as) processing procedure and make III-V compound semiconductor (for example gallium phosphide (GaP) or GaAs (GaAs)) and as substrate, then the both positive and negative polarity at described substrate applies voltage.When electric current passes through, electronics combines with electric hole, this moment electronics because of fall into district at a low price will unnecessary energy with the form release of light, so and luminous.

The LED road lighting lantern has unrivaled power savings advantages, but the heat dissipation problem of LED street lamp has had a strong impact on the design and the popularization of LED street lamp, when LED is luminous, can produce heat and need heat abstractor to dispel the heat, the radiating mode of main flow LED street lamp all is to adopt based on air cooling on the existing market, it is to be increased area of dissipation and installed additional the fan forced heat radiation by radiator, with this described LED street lamp is dispelled the heat, the high heat that adopts many chip-type LEDs then to be produced when street lamp then needs more efficient heat abstractor that heat radiation is provided, so the dealer of this technology can see through the water-cooled module described many chip-type LEDs are dispelled the heat, the water-cooled module is permeate water circulation and reaching many chip-type LEDs cooling purpose, cooling water in the water-cooled module is through after cooling off many chip-type LEDs, the heat that then adsorbs described many chip-type LEDs and produced is back to described water-cooled module cooling, but using water-cooling still to have certain degree of difficulty owing to popularize in an all-round way, is main so still significantly adopt air-cooled; Therefore prior art has following shortcoming:

1. radiating efficiency is relatively poor;

2. can't be with the kind good utilization of used heat.

The utility model content

In view of this, for solving the shortcoming of above-mentioned prior art, main purpose of the present utility model provides a kind of waste heat equipment that the used heat that LED produced in the lighting device can be changed in order to the lighting device that adds hot water.

For achieving the above object, the utility model provides a kind of waste heat equipment of lighting device, comprise: at least one lighting device, a water supply installation, described lighting device is provided with at least one light emitting module, described light emitting module one side at least one radiator that is sticked; Described water supply installation has a compress cell and connects a watering; And connect described radiator and described water supply installation by default pipeline; See through described water supply installation supply water directly to described radiator cooling, the cooling water after the use then can provide the common people to use, and then reaches and convert used heat to the energy.

So the utlity model has following advantage:

1. waste energy utilization;

2. carbon reduction.

Description of drawings

Fig. 1 is the waste heat equipment three-dimensional exploded view of the utility model lighting device;

Fig. 2 is the waste heat equipment three-dimensional combination figure of the utility model lighting device;

Fig. 3 is the waste heat equipment embodiment schematic diagram of the utility model lighting device;

Fig. 4 is another embodiment schematic diagram of waste heat equipment of the utility model lighting device

[primary clustering symbol description]

The waste heat equipment 1 Lighting Division 11b of lighting device

Lighting device 11 light emitting modules 111

Support portion 11a substrate 1111

LED bulb 1112 water supply installations 12

Radiator 112 compress cells 121

Import 1121 waterings 122

Export 1122 pipelines 13

Water space capacity 1123 cisterns 2

The specific embodiment

The utility model provides a kind of waste heat equipment of lighting device, be illustrated as the utility model preferred embodiment, see also Fig. 1, Fig. 2, decompose and constitutional diagram for the waste heat equipment of the utility model lighting device is three-dimensional, the waste heat equipment 1 of described lighting device comprises: at least one lighting device 11, water supply installation 12, a pipeline 13;

Described lighting device 11 is provided with at least one light emitting module 111, described light emitting module 111 1 sides at least one radiator 112 that is sticked; Described lighting device 11 is a street lamp, described lighting device 11 also has a support portion 11a and a Lighting Division 11b, described support portion 11a is that a lamppost one end is that stiff end rises sheer from the ground, described Lighting Division 11b is the other end that a lampshade is located at the opposite stiff end of described lamppost, and described light emitting module 111 is located in the described lampshade.

Described light emitting module 111 is a led module, and described led module has at least one substrate 1111 and at least one LED bulb 1112.

Described radiator 112 also has an

import

1121,1122 and water space capacities 1123 of an outlet, and described import 1121, outlet 1122 are communicated with described water space capacity 1123.

Described water supply installation 12 has a compress cell 121 and connects a watering 122; Described compress cell 121 is a pumping, described watering 122 be a tap water pipe line and cistern 2 wherein any one present embodiment be as an illustration with tap water pipe line, do not exceed but do not regard it as, described watering mainly is to provide heat radiation required water source.

Described pipeline 13 is that connecting strand is stated radiator 112 and described water supply installation 12.

See also Fig. 3, waste heat equipment embodiment schematic diagram for the utility model lighting device, as shown in the figure, the waste heat equipment 1 of described lighting device is by at least one lighting device 11, a water supply installation 12 and at least one pipeline 13 configurations are formed, described pipeline 13 mainly is in order to connect described water supply installation 12 and lighting device 11, the light emitting module 111 of described lighting device 11 will produce a large amount of heats when throwing light on, so need to see through and heat to be passed to radiator 112 and then heat is got rid of and to be reached the effect of heat radiation by radiator 112, the import 1121 of described radiator 112 and to export 1122 be to see through pipeline 13 to be connected with described water supply installation 12, and carry out water circulation heat radiation by water supply installation 12 supply and transporting water to described radiator 112, the water of discharging by described radiator 112 because of the heat that adsorbs described radiator 112 so have temperature, and by the road 13 be delivered to need hot water everywhere for use.

See also Fig. 4, another embodiment schematic diagram for the waste heat equipment of the utility model lighting device, described lighting device 11 is a plurality of and by the connection of contacting one by one of described pipeline 13, and watering connects described lighting device 11 by described pipeline 13, by 12 supplies of described water supply installation and transporting water to the described lighting device 11 to the heat radiation that circulates of described lighting device 11, the water of being discharged via described lighting device 11 circulation heat radiation backs is the transmission that sees through pipeline 13, and then transfer to and to use hot water everywhere, for example be connected to household or cistern 2 and use, so the common people need not additionally to see through other energy and add hot water and then reach the purpose of saving the energy for the common people by pipeline 13.

Claims

1. the waste heat equipment of a lighting device is characterized in that, comprises:

At least one lighting device is provided with at least one light emitting module, described light emitting module one side at least one radiator that is sticked;

A water supply installation has a compress cell and connects a watering;

A pipeline connects described radiator and described water supply installation.

2. the waste heat equipment of lighting device as claimed in claim 1, it is characterized in that, described lighting device is a street lamp, described lighting device also has a support portion and a Lighting Division, described support portion is that a lamppost one end is a stiff end, described Lighting Division is the other end that a lampshade is located at the opposite stiff end of described lamppost, and described light emitting module is located in the described lampshade.

3. the waste heat equipment of lighting device as claimed in claim 1 is characterized in that, described compress cell is a pumping.

4. the waste heat equipment of lighting device as claimed in claim 1 is characterized in that, described watering be a tap water pipe line or catch basin wherein any one.

5. the waste heat equipment of lighting device as claimed in claim 1 or 2 is characterized in that, described light emitting module is a led module, and described led module has at least one substrate and at least one LED bulb.

6. the waste heat equipment of lighting device as claimed in claim 1 is characterized in that,

Described radiator also has an import, an outlet and a water space capacity, and described import and outlet are communicated with described water space capacity.