Technical field
[0001] This utility model relates to an electrical connector, and more particularly to an
electrical connector for LED flexible epoxy light bar.
Background
[0002] LED light bar connection in the prior art adopts traditional solder method, needs
specialized tools (such as iron, tin wire, etc.), the light bar may be only installed
by a professional technician, moreover, it will take a lot of time, thereby reduce
the working efficiency and increase the cost.
Utility model
[0003] The purpose is to provide a simple structure, reliable performance, easy installation,
and low cost electrical connector for LED flexible epoxy light bar.
[0004] In order to solve the above technical problems, the present utility model provides
an electrical connector for LED flexible epoxy light bar, it is characterized in that
it comprises a main body and a lid buckled with the said main body, the said body
includes a plurality of conductive puncture portions; one side of the main body is
connected to a plurality of wires, the said conductive puncture portions are connected
with corresponding wires one by one, one end of the light bar is held between said
main body and lid, the said conductive puncture portions pierces the copper wire at
one end of the corresponding light bar.
[0005] Further, the said main body is provided with a slot, the said conductive puncture
portion and copper wire plate are located in the slot.
[0006] Further, the lid comprises a resilient arm, the said main body is also provided with
a fixing groove, the said resilient arm can be placed in the fixing groove.
[0007] Further, a projection may be formed at the end of the said resilient arm, the said
projection is snapped in the opening of the said main body.
[0008] Further, the conductive puncture portion has a first portion and a second portion,
the said copper wire plate is held between the first and the second portions.
[0009] This electrical connector requires only pressing the lid to achieve the connection
between the light bar and wire, so it is easily installed, no any specialized tools
required; in addition, the single point may carry 5A current; furthermore, it is compact,
less area of land occupied; light weight, and easily hung up.
Attached figures
[0010]
Fig. 1 is an overall structural diagram of the electrical connector.
Fig.2 is a front view of the electrical connector.
Fig.3 is a plan view of the electrical connector.
Fig.4 is a broken view of LED flexible epoxy light bar.
Preferred embodiment
[0011] Shown as Fig.1-4, the electrical connector of LED flexible epoxy light bar in the
present utility model includes a main body 2 and the lid 4 buckled with said main
body 2, wherein the main body 2 comprises a plurality of electrically conductive puncture
portion 3; one side of the said main body 2 is connected to a plurality of the wire
1, the said conductive puncture portions 3 are connected with corresponding wires
one by one, one end of the light bar 10 is held between said main body 2 and lid 4,
the said conductive puncture portions 3 pierce the copper wire plate 9 at one end
of the said corresponding light bar 10, thus form the electrical connection between
said plurality of wires 1 and the said copper wire plate 9 at one end of light bar
10. Preferably, one end of the said LED light bar has the plurality of said copper
wire plate 9. So, during installing, only need to put one end of light bar 10 to be
connected into the said electrical connector, care to let the copper wire plate 9
of light bar 10 touch to the conductive puncture portion 3 of this electrical connector,
and then close the lid and forcibly press down the lid 4, which shall automatically
buckled on the top of the said electrical connector, and complete the installation.
So, the electrical connection between light bar 10 and wire may be realized without
welding.
[0012] Preferably, the said main body 2 is provided with a slot, the said electrically conductive
puncturing portion 3 and the copper wire plate 9 are located in the slot so that securely
fix the light bar 10 into the slot, and form reliable electrical connection between
the copper wire plate 9 of light bar 10 and the conductive puncture portion 3.
[0013] Preferably, the lid 4 comprises a resilient arm 8, wherein the main body 2 is also
provided with fixing grooves 5, the resilient arm 8 can be placed in the said fixing
groove 5, said fixing grooves 5 may, on the one hand, guide the installing, on the
other hand, limit the resilient arm 8. A projection 7 may be formed at the end of
said resilient arm 8, which resiliently snap in the opening 6 of the said main body
2, thus securely fix the light bar 10.
[0014] Preferably, the conductive puncture portion 3 has a first portion and a second portion,
the said copper wire plate 9 is held between the first and the second portions.
[0015] This electrical connector may realize the electrical connection between light bar
and wire only be pressing the lid down, so it is easily installed, no any specialized
tools required; in addition, its single point may carry 5A current; furthermore, it
is compact, less area of land occupied, light weight, and easily hung up.
1. An electrical connector for LED flexible epoxy light bar, it is characterized in that it comprises a main body and a lid buckled with the said main body, the said body
includes a plurality of conductive puncture portions; one side of the main body is
connected to a plurality of wires, the said conductive puncture portions are connected
with corresponding wires one by one, one end of the light bar is held between said
main body and lid, the said conductive puncture portions pierces the copper wire at
one end of the corresponding light bar.
2. As electrical connector claimed in claim 1, it is characterized in that the said main body is provided with a slot, the said conductive puncture portion
and copper wire plate are located in the slot.
3. As electrical connector claimed in claim 1 or 2, it is characterized in that the lid comprises a resilient arm, the said main body is also provided with a fixing
groove, the said resilient arm can be placed in the fixing groove.
4. As electrical connector claimed in claim 3, it is characterized in that a projection may be formed at the end of the said resilient arm, the said projection
is snapped in the opening of the said main body.
5. As electrical connector claimed in claim 3, it is characterized in that the conductive puncture portion has a first portion and a second portion, the said
copper wire plate is held between the first and the second portions.