CN211083707U - Nonlinear L ED lamp strip with high brightness, low temperature and low power consumption - Google Patents

Abstract

The utility model relates to an led lamp area technical field specifically is a nonlinear line L ED lamp strip of high luminance low temperature low-power consumption, including first L ED banks, one side surface of first L0 ED banks is provided with second L1 ED banks, the last dog-ear has been seted up to the upper surface one end of first L2 ED banks, the position department that the upper surface one end of first L3 ED banks closes on the dog-ear has seted up the dog-ear, dog-ear has been seted up to the lower surface one end of first L ED banks, dog-ear has been seted up to the position department that the lower surface one end of first L ED banks closes on the dog-ear down, the front surface mounting of first L ED banks has L ED lamp pearl, this device combines nonlinear line flexible line board, solves the damage to the circuit when buckling in the use, improves 50% than the general type illuminance of old money, thereby can adopt the encapsulation technique with the ED L chip integration reach on a L ED 4 inside low voltage ED chips of L in L ED uses.

Description

Nonlinear L ED lamp strip with high brightness, low temperature and low power consumption

Technical Field

The utility model relates to a led lamp area technical field specifically is a nonlinear line L ED lamp strip of high luminance low temperature low-power consumption.

Background

The led lamp strip is characterized in that L ED is assembled on a belt-shaped FPC (flexible printed circuit board) or a PCB hard board, the product is named as a belt because the product is long in shape, the head corner is exposed gradually in various decoration industries because of long service life (generally, the normal service life is 8-10 ten thousand hours), energy is saved, the environment is protected, the power consumption of the led is low, the led is generally used as a decorative lamp, the cost is low, the service life is long, and the daily use requirement is met.

However, L ED light bars on the market generally have low power conversion, the temperature of L ED is also increased while the light bar brightness is high, valuable electric energy is changed into heat energy to be lost in vain, the fact that high temperature and high energy consumption must be faced to L ED light bar brightness is needed, people have to increase the cost of a radiator or increase the number of L ED light bars to solve the problem of heat and brightness when the light bars are used, most of the light bars are linear flexible circuit boards, and are inconvenient to bend in the using process, so that circuits are damaged, the material and labor cost is increased, old L ED light bar circuits generate heat when current passes through a resistor, and therefore more electric energy is consumed.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a nonlinear line L ED lamp strip of high luminance low temperature low-power consumption to solve the problem that proposes in the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme:

the utility model provides a nonlinear L ED lamp strip of hi-lite low temperature low-power consumption, includes first L ED banks, one side surface of first L0 ED banks is provided with second L ED banks, the last dog-ear has been seted up to the upper surface one end of first L ED banks, the position department that the upper surface one end of first L ED banks closes on the dog-ear has seted up the dog-ear, dog-ear has been seted up to the lower surface one end of first L ED banks, dog-ear has been seted up down to the position department that the lower surface one end of first L ED banks closes on the dog-ear, the front surface mounting of first L ED banks has L ED lamp pearl, the one end electrode connection of first L ED banks has the adapter.

According to the utility model discloses a still further scheme, the inside upper end of first L ED banks is installed positive polar line, the inside lower extreme of first L ED banks is installed negative pole line, the rear surface electrode of the inside L ED lamp pearl of first L ED banks is connected with the series connection line, the internally mounted of first L ED banks has the resistor.

According to the further scheme of the utility model, the second L ED lamp group is the same as the first L ED lamp group in structure, and four L ED lamp beads are respectively arranged on the front surfaces of the first L ED lamp group and the second L ED lamp group.

According to the utility model, the upper folding groove and the lower folding angle are arranged at positions corresponding to each other from top to bottom, the upper folding angle and the lower folding groove are arranged at positions corresponding to each other from top to bottom, the first L ED lamp group is bent through the upper folding groove and the lower folding angle, the first L ED lamp group is bent through the upper folding angle and the lower folding groove, and the upper folding groove, the upper folding angle, the lower folding angle and the lower folding groove are arranged on the outer surfaces of the first L ED lamp group and the second L ED lamp group.

As a further scheme of the utility model, positive polar line and negative pole line all with adapter electrode connection, four L ED lamp pearls of first L ED banks front surface pass through the series connection with the resistor and are polyphone with the resistor phase, and L ED lamp pearl and the input electrode connection positive pole line's of resistor output, L ED lamp pearl and the output electrode connection negative pole line's of resistor input.

According to a further scheme of the utility model, the second L ED lamp group is the same as the first L ED lamp group in electric connection structure, and the first L ED lamp group and the second L ED lamp group are both in parallel connection structure through a positive electrode line and a negative electrode line to carry out power supply circulation.

Compared with the prior art, the beneficial effects of the utility model are that this device combines nonlinear line flexible line way board, solve the damage to the circuit when buckling in the use, greatly reduced material and cost of labor, reduce the useless power that unnecessary voltage produced, obtain 11.6V after establishing ties 4 voltage for 2.9V lamp pearls, the resistor shares 0.4V voltage difference this moment, this consumption is useless power and can generate heat in the circuit, the circuit board structure is nonlinear line shape and has greatly reduced the damage to the circuit board when crooked, make the lamp area in use can put arbitrary molding, improve 50% than the general type lamp strip illuminance of old money, the temperature reduces 20% and has profound meaning in the illumination application, and use more nimble, the cost of labor has greatly reduced, the defective rate of product has been reduced, improve the conversion rate of electric energy, really accomplish energy saving and emission reduction to environmental protection one part, the L ED of this high brightness low temperature low-power consumption is the power lamp strip only 50% of old money under the same brightness condition, can adopt the encapsulation technique to accomplish the interior ED 2 chips of an integrated circuit board 53936 thereby in L application.

Drawings

FIG. 1 is a schematic diagram of a high brightness, low temperature, low power consumption non-linear L ED light bar;

FIG. 2 is a schematic diagram of a perspective structure of a high brightness, low temperature, low power consumption non-linear L ED light bar;

fig. 3 is a schematic diagram of a high brightness, low temperature, low power consumption non-linear L ED light bar.

In the figure, the LED lamp comprises a first L ED lamp group 1, a second L ED lamp group 2, an adapter 3, an upper folding groove 4, an upper folding angle 5, a lower folding angle 6, a lower folding groove 7, an LED lamp bead 8, an LED lamp bead L, a positive wire 9, a negative wire 10, a serial wire 11, a resistor 12.

Detailed Description

Please refer to fig. 1-3, the embodiment of the utility model provides an in the embodiment, a non-linear L ED lamp strip of high luminance low temperature low-power consumption, including first L ED banks 1, one side surface of first L ED banks 1 is provided with second L ED banks 2, first L ED banks 1's upper surface one end has been seted up and has been rolled over the groove 4, first L ED banks 1's upper surface one end is close to the position department of rolling over the groove 4 and has been seted up and has been rolled over the angle 5, first L ED banks 1's lower surface one end has been seted up down and has been rolled over the angle 6, first L ED banks 1's lower surface one end is close to down and has been rolled over the position department of angle 6 and has been seted up down, first L ED banks 1's front surface mounting has L7 lamp pearl 8 (the model is DURIS E3), first L ED banks 1's one end electrode connection has first has been connected with 3, second L ED banks 2 and first L ED banks 1's structure L (the lamp bead 84 is the DURIS E3 for the lamp pearl 8, and the lamp pearl 84, and the lamp device is installed through the first lamp pearl 466 and the lamp device on the first roll over the angle 2 and turn over the lamp 465 and turn over the lamp device, the roll over the angle 5, the roll over the angle after the lamp group down and turn over the lamp after the lamp group, the lamp pearl 5, the lamp group down, the lamp pearl 5, the lamp device is installed and the roll over the angle after the roll over the angle after the lamp after the roll over the lamp after the lamp device, the lamp group, the lamp device, the lamp pearl 5, the lamp group, the lamp 5, the lamp.

In fig. 2 and 3, an anode wire 9 is installed at the upper end of the inside of a first L ED lamp group 1, a cathode wire 10 is installed at the lower end of the inside of a first L ED lamp group 1, a rear surface electrode of an inside L ED lamp bead 8 of the first L0 ED lamp group 1 is connected with a series connection wire 11, a resistor 12 (model: 1/4W carbon film resistor 820 ohm ± 5%) is installed inside the first L ED lamp group 1, the anode wire 9 and the cathode wire 10 are both connected with an adapter 3 electrode, four L ED lamp beads 8 and a resistor 12 on the front surface of the first L ED lamp group 1 are connected in series through the series connection wire 11, and L ED 5ED 8 and an input end electrode of the resistor 12 are connected with an output end of the anode wire 9, L ED 6ED lamp bead 8 and an output end electrode of the resistor 12 are connected with an input end of the cathode wire 10, a second L ED lamp group 2 and a first reduced L ED lamp group 1 have the same electrical connection structure, a first L ED lamp group 1 and a second L ED lamp group 2 and a lower than an old lamp bead 8, the old lamp bead are connected with an old lamp bead integrated lamp bead with a high lamp bead voltage and an old lamp bar lighting technology, and an old lamp bar lighting technology with a lower lighting technology, and a lighting technology of a lighting lamp bar lighting technology of a low lighting technology of a.

The utility model discloses an operating principle is at first, remove the device, bend down the device through last dog-ear 5 and lower dog-ear 7 as required, bend on bending the device through last dog-ear 4 and lower dog-ear 6, install the device on the lamp plate, then, insert the power through adapter 3, the power supply begins, L ED lamp pearl 8 lights, light the in-process, thereby reach L ED chip and integrate on L ED owing to adopt the encapsulation technique and establish ties to L ED inside 4 low voltage chips, improve 50% than the general type lamp strip illuminance of old money, temperature reduction 20% has profound meaning in the illumination is used, and use more nimble, the cost of labor has significantly reduced, the defective rate of product has been reduced, improve the conversion rate of electric energy, really accomplish energy saving and emission reduction and be environmental protection best effort, this L ED lamp strip of high brightness low temperature low-power consumption power only is 50% of old money under equal luminance condition, finally, use the completion, the power supply can be closed.

The above-mentioned, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered within the protection scope of the present invention.

Claims (6)

1. The utility model provides a nonlinear L ED lamp strip of high luminance low temperature low-power consumption, includes first L ED banks (1), a serial communication port, one side surface of first L0 ED banks (1) is provided with second L ED banks (2), dog-ear (4) have been seted up to the upper surface one end of first L ED banks (1), dog-ear (5) have been seted up to position department that dog-ear (4) were close to upper surface one end of first L ED banks (1), dog-ear (6) have been seted up down to lower surface one end of first L ED banks (1), dog-ear (7) have been seted up to position department that dog-ear (6) were close to down to lower surface one end of first L ED banks (1), the front surface mounting of first L ED banks (1) has L ED (8), the one end of first L ED banks (1) is connected with adapter (3) electrode.

2. The nonlinear L ED lamp strip with high brightness, low temperature and low power consumption according to claim 1, wherein a positive electrode wire (9) is installed at the upper end of the interior of the first L ED lamp group (1), a negative electrode wire (10) is installed at the lower end of the interior of the first L ED lamp group (1), a series connection wire (11) is connected to the rear surface electrode of the inner L ED lamp bead (8) of the first L ED lamp group (1), and a resistor (12) is installed inside the first L ED lamp group (1).

3. The nonlinear L ED lamp strip with high brightness, low temperature and low power consumption as claimed in claim 1, wherein the second L ED lamp group (2) and the first L ED lamp group (1) have the same structure, and the front surfaces of the first L ED lamp group (1) and the second L ED lamp group (2) are respectively mounted with four L ED lamp beads (8).

4. The nonlinear L ED lamp strip with high brightness, low temperature and low power consumption according to claim 1, wherein the opening positions of the upper folding groove (4) and the lower folding angle (6) correspond up and down, the opening positions of the upper folding angle (5) and the lower folding groove (7) correspond up and down, the first L ED lamp set (1) bends up through the upper folding groove (4) and the lower folding angle (6), the first L ED lamp set (1) bends down through the upper folding angle (5) and the lower folding groove (7), and the outer surfaces of the first L ED lamp set (1) and the second L ED lamp set (2) are provided with the upper folding groove (4), the upper folding angle (5), the lower folding angle (6) and the lower folding groove (7).

5. The non-linear L ED lamp strip with high brightness, low temperature and low power consumption as claimed in claim 2, wherein the positive line (9) and the negative line (10) are both connected to the adapter (3) electrodes, the four L ED beads (8) on the front surface of the first L ED lamp set (1) are connected in series to the resistor (12) via a series connection line (11), the L ED beads (8) are connected to the input terminal of the resistor (12) and connected to the output terminal of the positive line (9), and the L ED beads (8) are connected to the output terminal of the resistor (12) and connected to the input terminal of the negative line (10).

6. The nonlinear L ED lamp strip with high brightness, low temperature and low power consumption according to claim 2, wherein the second L ED lamp group (2) and the first L ED lamp group (1) have the same electrical connection structure, and the first L ED lamp group (1) and the second L ED lamp group (2) both perform power supply cycle in a parallel connection structure through the positive line (9) and the negative line (10).

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