CN208204934U

CN208204934U - LED electric connection structure

Info

Publication number: CN208204934U
Application number: CN201820493929.6U
Authority: CN
Inventors: 王嘉真; 曾信陵
Original assignee: Taiming Green Energy Co Ltd
Current assignee: Taiming Green Energy Co Ltd
Priority date: 2018-04-09
Filing date: 2018-04-09
Publication date: 2018-12-07
Anticipated expiration: 2028-04-09

Abstract

The utility model provides a kind of LED electric connection structure, it include plural lamp bar and plural LED module, the lamp bar is mutually electrically connected with parallel way and is electrically connected to a power supply output module, and the LED module is respectively arranged in the lamp bar, and in being electrically connected with each other in lamp bar and be provided with plural LED grain between the LED module, wherein LED module and each LED be electrically connected with each other mode can be configured according to lamps and lanterns specification or power supply situation and to be connected in series or be connected in parallel, whereby, reach can euqalizing current to reach energy conservation and improving optical efficiency and service life and reduce link cost effect.

Description

LED electric connection structure

Technical field

The utility model relates to a kind of LED structure, espespecially one kind can euqalizing current to reach energy conservation and improving optical efficiency With service life and reduce the LED electric connection structure of link cost.

Background technique

Since light emitting diode (LED) has many advantages, such as that long service life, consumption energy are low and small in size, in recent years The light source for carrying out every light emitting device gradually adopts light emitting diode to replace traditional light source equipment, but light emitting diode (LED) It is all only connected in one way in electric connection, and forms (LED) light emitting module after light emitting diode (LED) connection, and (LED) light emitting module also all only connects in one way in electric connection, and (LED) light emitting module is set on lamp plate again, And lamp plate electrically conducts between power supply again, so as to can electrically conduct between each light emitting diode (LED) and generate light source, but its In its electric connection mode and different lamps and lanterns configurations can not be corresponded to, also can not balanced all light emitting diode (LED) electricity Stream, and then cause its optical performance bad and link cost raising, and the problem that will cause power consumption generates, and be lost Electric energy is usually to be converted to thermal energy, causes internal temperature higher, this not only causes energy waste, but also shadow to a certain extent Ring the service life for having arrived product.

Therefore, the technical issues of how above-mentioned missing being improved, being to be solved by the utility model creator.

Utility model content

The main purpose of the utility model is to provide a kind of LED electric connection structure, can euqalizing current to reach energy conservation And improving optical efficiency and service life and link cost is reduced, solve the existing LED structure mentioned in above-mentioned background technique There are the problem of.

The utility model LED electric connection structure, including plural lamp bar, the lamp bar are connected in parallel with each other defeated to a power supply Module out；

Plural LED module, the LED module are set in the lamp bar and are electrically connected with each other, and in the LED module It is respectively provided with the LED grain that plural number is electrically connected with each other.

Further, described lamp bar one end is provided with one first positive terminal and one first negative pole end, and the other end is provided with one Two positive terminals and one second negative pole end.

Further, the power supply output module has an output cathode end and an output negative pole end.

Further, the first positive terminal of the one lamp bar is electrically connected the output cathode end, and the second of the lamp bar is just It is extremely electrically connected the second positive terminal of another lamp bar, and the second negative pole end of the lamp bar is electrically connected the second of another lamp bar Negative pole end, but the first positive terminal of another lamp bar is electrically connected the output negative pole end.

Further, the output cathode end be electrically connected the one lamp bar the first positive terminal and another lamp bar first just Extremely, and the output negative pole end is electrically connected the first negative pole end of the one lamp bar and the first negative pole end of another lamp bar.

Further, to be connected in series with each other between the LED grain, and to be connected in parallel with each other between the LED module.

Further, to be connected in parallel with each other between the LED grain, and to be connected in series with each other between the LED module.

The utility model by adopting the above technical scheme can be brought the following benefits:

It is electrically connected with each other between the LED grain of the utility model, and LED module and each side of being electrically connected with each other LED Formula can be according to the configuration of lamps and lanterns specification or power supply situation and to be connected in series or be connected in parallel；Whereby, the utility model LED electrically connects Binding structure, can euqalizing current to reach energy conservation and improving optical efficiency and service life and reduce link cost effect.

Detailed description of the invention

Fig. 1 is the circuit diagram one of the utility model preferred embodiment.

Fig. 2 is the circuit diagram two of the utility model preferred embodiment.

Fig. 3 is the circuit diagram three of the utility model preferred embodiment.

Fig. 4 is the circuit diagram four of the utility model preferred embodiment.

In figure, 1-LED electric connection structure, 2- lamp bar, the first positive terminal of 21-, the first negative pole end of 22-, the second anode of 23- End, the second negative pole end of 24-, 3-LED module, 31-LED crystal grain, 4- power supply output module, 41- output cathode end, 42- output are negative Extremely.

Specific embodiment

It is the circuit diagram one to four of the utility model preferred embodiment shown in please referring to Fig.1 to Fig.4, by can in figure It is apparent from, wherein the LED electric connection structure 1 includes plural lamp bar 2 and plural LED module 3, wherein each lamp bar 2 one end are provided with one first positive terminal 21 and one first negative pole end 22, and the other end is provided with one second positive terminal 23 and one second Negative pole end 24, and each lamp bar 2 is connected in parallel with each other to a power supply output module 4, and the power supply output module 4 has an output just Extreme 41 and an output negative pole end 42, and its parallel can are as follows: the first positive terminal 21 of one lamp bar 2 is electrically connected institute Output cathode end 41 is stated, the second positive terminal 23 of the lamp bar 2 is electrically connected the second positive terminal 23 of another lamp bar 2, and the lamp bar 2 The second negative pole end 24 be electrically connected the second negative pole end 24 of another lamp bar 2, and the first positive terminal 21 of another lamp bar 2 electricity Property connects the output negative pole end 42；Another parallel are as follows: the output cathode end 41 is electrically connected the one lamp bar 2 First positive terminal 21 of the first positive terminal 21 and another lamp bar 2, but the output negative pole end 42 is electrically connected the of the one lamp bar 2 First negative pole end 22 of one negative pole end 22 and another lamp bar 2, but the LED module 3 is set in the lamp bar 2 and mutual electrical property Connection, and the LED grain 31 that plural number is electrically connected with each other is respectively provided in the LED module 3, and its each LED and each LED module Connection type between 3 can are as follows: to be connected in series with each other between the LED grain 31, and with company parallel with one another between the LED module 3 It connects；Another connection type between its each LED and each LED module 3 can again are as follows: to be connected in parallel with each other between the LED grain 31, and To be connected in series with each other between the LED module 3, whereby, the mode that is electrically connected with each other between the LED between LED module 3 can be according to Illuminator has specification configuration or power supply situation to be connected in series or be connected in parallel, and reaching convenient for the LED electric connection structure 1 can be equal Weighing apparatus electric current is to reach energy saving and improving optical efficiency and service life and reduce link cost effect.

Chen Ming is needed, the above is only the preferred embodiment of the present invention, not to limit the utility model, if according to Change made by the conception of the utility model, is not departing within the scope of the spirit of the present invention, such as: for configuration or arranged type State is converted, and for various change, modification and application, produced equivalent action each fall within the protection scope of the utility model Interior, Chen Ming is given in conjunction.

Claims

1. a kind of LED electric connection structure, it is characterised in that: including plural lamp bar, the lamp bar is connected in parallel with each other to an electricity Source output module；

Plural LED module, the LED module are set in the lamp bar and are electrically connected with each other, and in the LED module respectively The LED grain being electrically connected with each other with plural number.

2. LED electric connection structure according to claim 1, it is characterised in that: described lamp bar one end is provided with one first Positive terminal and one first negative pole end, the other end are provided with one second positive terminal and one second negative pole end.

3. LED electric connection structure according to claim 2, it is characterised in that: the power supply output module is defeated with one Positive terminal and an output negative pole end out.

4. LED electric connection structure according to claim 3, it is characterised in that: the first positive terminal of the one lamp bar It is electrically connected the output cathode end, the second positive terminal of the lamp bar is electrically connected the second positive terminal of another lamp bar, and the lamp Second negative pole end of item is electrically connected the second negative pole end of another lamp bar, and the first positive terminal of another lamp bar is electrically connected The output negative pole end.

5. LED electric connection structure according to claim 3, it is characterised in that: the output cathode end is electrically connected should First positive terminal of one lamp bar and the first positive terminal of another lamp bar, but the output negative pole end is electrically connected the one lamp bar First negative pole end of the first negative pole end and another lamp bar.

6. LED electric connection structure according to claim 1, it is characterised in that: with the company of being serially connected between the LED grain It connects, and to be connected in parallel with each other between the LED module.

7. LED electric connection structure according to claim 1, it is characterised in that: with company parallel with one another between the LED grain It connects, and to be connected in series with each other between the LED module.