GB2608961A

GB2608961A - Lamp, quick-docking junction box, and mounting method therefor

Info

Publication number: GB2608961A
Application number: GB2215528.7A
Authority: GB
Inventors: Wu Liangju; Feng Wenqin; He Jinrong; Liang Jinyuan
Original assignee: Vertex Lighting and Electrical Co Ltd
Current assignee: Vertex Lighting and Electrical Co Ltd
Priority date: 2020-04-01
Filing date: 2020-04-01
Publication date: 2023-01-18
Also published as: GB202215528D0; WO2021196056A1

Abstract

Provided are a lamp, a quick-docking junction box, and a mounting method therefor. The quick-docking junction box comprises a male docking element and a female docking element, wherein the male docking element comprises a male electrical connection part and a male docking shell, the male electrical connection part being arranged at the male docking shell; and the female docking element comprises a female electrical connection part and a female docking shell, the female electrical connection part being arranged at the female docking shell. The male electrical connection part and the female electrical connection part can be docked for electrical connection of the male docking element and the female docking element, such that a driver for a lamp body is detachably connected to the lamp body.

Description

Lamp, Quick-Docking Junction Box, and Mounting Method Therefor

BACKGROUND OF THE PRESENT INVENTION FIELD OF INVENTION

[0001] The invention relates to the field of lamps, in particular to a lamp, a quick-docking junction box and a mounting method therefor.

DESCRIPTION OF RELATED ARTS

[0002] People's production and life are inseparable from light fixture, and installation of light fixture is also a problem that people will always encounter. The installation process of the conventional light fixture is relatively dangerous, in which a light to fixture body 4P is held for a long time and a light fixture body driver 1P preset therein is connected with a bare wire 3P on a ceiling 6P. Such the installation process requires a large holding burden, and the bare wire 3P is dangerous.

[0003] Generally, the current of the conventional light fixture body 4P (such as an LED lamp) is direct current, and the connected voltage is lower than the voltage of the outer circuit, so that the light fixture body 4P needs to be connected to the light fixture body driver IP (also called switching power supply, transformer, driver). An input end of the conventional light fixture body driver 1P should be connected to alternating current (usually the rated voltage range of two-phase alternating current is AC 100-277VAC), and an output end of the light fixture body driver 1P is connected to direct current (isolated direct current voltage is generally not greater than DC 50V, and non-isolated direct current voltage generally ranges from DC 36 to 380V) to provide direct current power to the light fixture body 4P (LED lamp).

[0004] Referring to Fig. 1, the interface of the bare wire 3P on the conventional ceiling 6P are tightly wrapped with insulating tape or wiring cap to prevent electric leakage of the wire. In the process of installing the light fixture body 4P, first, disconnect the voltage of the outer circuit 3P, otherwise it will cause danger to people and property during the installation process; secondly, assemble the light fixture body driver junction box 1P on the light fixture body 4P. Next, the person needs to climb up while holding the light fixture body 4. Then, when the person climbs to below the pre-installation position of the ceiling 6P, the person needs to tear off the wrapped insulating tape or the wiring cap. Finally, the person holds the light fixture body 4P, and uses a tool to connect the light fixture body driver IP with the bare wire of the outer circuit 3P.

[0005] Since the insulating tape needs a large viscosity, the insulating tape wrapping the wire interface has a certain viscosity, the process of tearing off is troublesome, and requires careful operation, and then the light fixture body 4P with the light fixture body driver junction box IP is held by a person to connect with the bare wire of the outer circuit 3P. During the installation process, because the light fixture body 4P with the light fixture body driver 1P is very heavy, people need to consume a lot of physical strength, and when people climb to a high place to operate, they also need tools such as screwdrivers for locking. It is worth mentioning that, the sight of people after climbing is limited, and during the operation process, they cannot be viewed from above, but can only look up or sideways the wiring position. The difficult operation process causes huge trouble for installing the light fixture body 4P.

Furthermore, people support the weight of the light fixture body driver 1P connected to the light fixture body 4P with their hands, and the appearance of the light fixture is easily damaged during the wiring operation at a high place simultaneously. Therefore, the installation difficulty of the light fixture body 4P is greatly increased.

[0006] In addition, the conventional light fixture body 4P and the light fixture body driver junction box 1P are incorrectly matched in the docking. When the types of the light fixture body 4P and the light fixture body driver junction box 1 P are incorrectly matched, for example, match the 5V light fixture body 4P to the 220V to 12V light fixture body driver junction box 1P, the connection cannot be realized, resulting in installation difficulties.

[0007] Further, the light fixture body 4P is docked with the light fixture body driver junction box IP, wherein the light fixture body driver junction box 1P is docked with the bare wires of the outer circuit 3P, and during the wiring process, the wires are easily connected incorrectly, which increases the difficulty of the installation process.

SUMMARY OF THE PRESENT INVENTION

[0008] The invention is advantageous in that it provides a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box enables a lamp to be installed in an external circuit more safely.

[0009] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, which can quickly connect a docking lamp component to the external circuit without disconnecting the switch.

[0010] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box can realize one-key docking of the lamp and the external circuit, which is more convenient and quicker.

[0011] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box is capable of being detached from the lamp and the external circuit in a pressing manner, which is more convenient and quicker.

[0012] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the lamp and the external circuit are capable of be electrically connected in an anti-separation manner through the quick-docking junction box, which is more secure and stable.

[0013] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method thereof, wherein the quick-docking junction box enables the lamp body driver of the lamp to be externally separated, so as to realize that a lamp body and the lamp body driver are allowed to be separated.

[0014] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box realizes that when any one of the lamp body and the lamp body driver of to the lamp is damaged, only parts need to be replaced to achieve parts replacement, which saves costs.

[0015] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box may not have the lamp body driver to be adapted to the lamp body with the lamp body driver, so as to be suitable for the needs of the conventional lamp bodies of different models, and at the same time reduce the procedure of adapting the quick-docking junction box and the lamp body.

[0016] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box realizes more convenient docking between the lamp and the preset circuit.

[0017] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the installation process is capable of being easily completed by pushing straight the quick-docking junction box, which is different from the conventional direct connection through wires, which does not need to consider the potential safety hazards caused by the voltage of the external circuit, and does not need a long time to match and butt joint the neutral wire, live wire and ground wire.

[0018] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box includes two detachable docking devices, wherein the wire port of the external circuit is contacted and connected to one of the docking devices, so as to the rapid installation of the external circuit through one of the docking devices and the other docking device pre-installed in the lamp.

[0019] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box comprises a male docking element and a female docking element, wherein the male docking element and the female insertion part have corresponding interfaces for the neutral wire, the live wire and the ground wire, and the male docking element and the female docking element can be docked in a matched manner to realize matching and butting.

[0020] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the female docking element and the lamp body constitute the docking lamp component, wherein when the male docking element is connected to the external circuit, without disconnecting the electric switch, the lamp body can be connected to the external circuit by simply docking the female docking element and the male docking element. Since there is no need to disconnect the switch and no need to touch the voltage, the lamp body is capable of being installed to the external circuit more safely and conveniently.

[0021] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the male docking element of the quick-docking junction box can be individually pre-installed in the external circuit.

[0022] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the female docking element of the quick-docking junction box and the lamp body can be pre-assembled together.

[0023] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the female docking element of the quick-docking junction box and the lamp body are allowed to be pre-assembled together.

[0024] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the female docking element of the quick-docking junction box is capable to being adapted to be assembled with different types of lamp bodies.

[0025] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the female docking element of the quick-docking junction box and the lamp body are allowed to be sold in integral combination.

[0026] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the combination of the female docking element of the quick-docking junction box and the lamp body of different models are allowed to be selected according to the model of the male docking element.

[0027] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the wires of the external circuit of the ceiling are pre-assembled by the male docking element, so as to hold the wires of the external circuit from being exposed, so as to realize quick connection with the docking lamp component, and to prevent accidents such as electric leakage.

[0028] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein when the wire of the external circuit is covered by the male docking element, and when it is necessary to connect the lamps, the assembly of the lamp can be completed by simply connecting the docking lamp component adapted to the male docking element with the male docking element in a direct push manner, wherein the types of the male docking elements are clearly distinguishable, so as to ensure that different types of people can easily install the lamps.

[0029] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein when the docking lamp component is damaged, the male docking element and the female docking element only need to be separated in a pressing manner to complete the disassembly of the docking lamp component and the male docking element, wherein the male docking element and the female docking element allow quick disassembly.

[0030] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein when the lamp body is damaged, the docking lamp component is quickly disassembled optionally, and then use tools to disassemble the lamp body and the female docking element, wherein the normal use of the whole lamp is allowed by replacing the lamp body individually.

Further, it is not necessary for a person to stand at a high place for a long time and use a tool to remove the wires to detach the lamp body and the lamp body driver, and then the new lamp body is connected with the lamp body driver by using a tool to complete the replacement of the lamp body, and the lamp body of the present invention is capable of realizing simpler replacement of the lamp body, and at the same time, it is safer.

[0031] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the lamp body, the female docking element and male docking element are allowed to be assembled and sold separately, and are also allowed to be sold separately, so as to be adapted for any part of the lamp is capable of being easily replaced.

[0032] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein when the female docking element is damaged, the normal use of the entire lamp is allowed to be realized by replacing the female docking element individually. Further, it is not necessary for the person to stand at a high place for a long time to remove the wires with tools to detach the lamp body and the lamp body driver, and after connecting the new lamp body driver to the lamp body, use a tool to connect the lamp body driver to the external circuit to complete the replacement of the lamp body driver. In the present invention, it is only necessary to separate the female docking element from the male docking element, and then carry the docking lamp component to the ground to replace the female docking element, and then the replaced docking lamp component is installed on the external circuit.

[0033] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the conductive parts of the male docking element and the female docking element are wrapped to prevent the male docking element and the female docking element from being contacted by the human body and leaking electricity, so that the male docking element is suspended from the end of the wire of the external circuit, and prevents the wire from leaking and the user can quickly connect to the electricity without turning off the switch during the installation of the lamp, which is safer and more convenient.

[0034] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the male docking element of the quick butt junction box is electrically connected to the external circuit and the female butt element, wherein the male docking element is electrically connected with the female docking element in a limit connection manner, so as to realize the safe connection between the lamp and the external circuit.

[0035] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box realizes the quick disassembly of the lamp and the external circuit.

[0036] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box is capable of being quickly disassembled only by pressing easily during the disassembly process, which is more convenient and safe.

[0037] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box allows to realize that the circuit does not need to be reconnected when the bulb is replaced, and only the opening and closing of the male docking element and the female docking element are required to allow safe disassembly and assembly.

[0038] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box comprises a mounting portion, wherein the mounting parts are respectively correspondingly arranged at the positions where the male docking element and the female docking element are connected, wherein the mounting portion realizes the quick disassembly and assembly of the male docking element and the female docking element, and at the same time prevents accidental disengagement of the male docking element and the female docking element.

[0039] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box adapts to various lamps, wherein the male docking element allows to adapt the female docking elements of different lamps.

[0040] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking junction box allows to use the same male docking shell of the male docking element regardless of whether the lamp body driver is assembled or not, and the use of the same standard shell is capable of increasing production efficiency.

[0041] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the rotational torsion and the elastic deformation ability of the mounting portion of the quick-docking junction box realize the positioning butt joint of the male docking element and the female docking element through the elastic deformation of thereof [0042] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the quick-docking wiring realizes quick disassembly and assembly through the mounting portion in a pressing manner.

[0043] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the mounting portion includes a first limiting body and a second limiting body, wherein the first limiting body is preset on the male docking element, wherein the second limiting body is preset on the female docking element, wherein the first limiting body and the second limiting body can be assembled and disassembled quickly by pressing.

[0044] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the first limiting body and the second limiting body are opened and closed in a snap-type manner.

[0045] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the first limiting body and the second limiting body are allowed to be locked and buckled in a straight-push manner.

[0046] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein when the first limiting body and the second limiting body are nested, the first limiting body is capable to being separated from the second limiting body by pressing.

[0047] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein when the first limiting body and the second limiting body are nested, the second limiting body is capable to being separated from the first limiting body by pressing.

[0048] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the first limiting body and the second limiting body are connected in a snap manner, so that the male docking element and the female docking element are stably butted, so as to prevent the electrical connection part of the male docking element and the female docking element from accidentally falling off [0049] Another advantage of the present invention is to provide a lamp, a quick-docking junction box and a mounting method therefor, wherein the male docking element includes a male limiting body, a male electrical connection part and a male limiting portion, wherein the female docking element includes a female limiting body, a female electrical connection part and a female limiting portion, wherein the male electrical connection part is restrained and held by the male limiting portion, wherein the male electrical connection part, the male limiting portion and the first limiting body are integrally assembled, wherein the female limiting portion is held in a limiting manner by the female limiting portion, wherein the male limiting portion and the female limiting portion can be fitted with each other to limit the male electrical connection part and the female electrical connection part.

[0050] Other advantages and features of the invention will be fully realized from the following detailed description and may be realized by means of the instrumentalities and combinations particularly pointed out in the appended claims.

[0051] According to one aspect of the present invention, a quick-docking junction box of the present invention capable of achieving the foregoing object and other objects and advantages, which is suitable for connecting an external circuit and a wire of a lamp, comprises: [0052] a male docking element, wherein die male docking element comprises a male electrical connection part and a male docking shell, wherein the male electrical connection part is placed in the male docking shell; and [0053] a female docking element, wherein the female docking element comprises a female electrical connection part and a female docking shell, wherein the female electrical connection part is placed in the female docking shell, wherein the male docking element and the female docking element are detachably snapped and positioned to connect.

[0054] According to an embodiment of the present invention, the quick-docking junction box further comprises a mounting portion, wherein the mounting portion is mounted on the male electrical connection part of the male docking element and the female docking element, wherein the mounting portion detachably connects the male docking element and the female docking element.

[0055] According to an embodiment of the present invention, the female electrical connection part comprises a first female electrical connection end and a second female electrical connection end arranged thereon, wherein the male electrical connection part comprises a first male electrical connection end and a second male electrical connection end arranged thereon, wherein the first male electrical connection end of the male electrical connection part is electrically connected by the first female electrical connection end in an openable and closable manner.

[0056] According to an embodiment of the present invention, the male docking element and the female docking element are allowed to be electrically connected in a straight-push manner and are locked and buckled by the mounting portion.

[0057] According to an embodiment of the present invention, the male docking element and the female docking element are allowed to be electrically connected in a straight-push manner, and the male docking element and the female docking element are locked and buckled by the mounting portion with a button.

[0058] According to an embodiment of the present invention, the female docking element further comprises a lamp body driver, wherein the lamp body driver is accommodated by the female docking shell, allowing the lamp body driver to be detachably connected to the lamp body.

[0059] According to an embodiment of the present invention, the mounting portion to comprises a first limiting element and a second limiting element, wherein the first limiting element is arranged on the male docking element, wherein the second limiting element is arranged on the female docking element, wherein the first limiting element and the second limiting element are detachably snapped to butt the male docking element and the female docking element.

[0060] According to an embodiment of the present invention, the female electrical connection part comprises a first female electrical connection end and a second female electrical connection end, wherein the first female electrical connection end of the female electrical connection part and the second limiting element are radially arranged, wherein the first male electrical connection end of the male electrical connection part and the first limiting element are arranged radially, wherein the first female electrical connection end and the first male electrical connection end, the first limiting element and the second limiting element are allowed to be butted in a matched manner.

[0061] According to an embodiment of the present invention, the first limiting element is an elastically deformable buckle, wherein the first limiting element is buckled on the second limiting element in an elastically deformable manner.

[0062] According to an embodiment of the present invention, the second limiting element is an elastically deformable buckle, wherein the second limiting element is buckled on the first limiting element in an elastically deformable manner.

[0063] According to an embodiment of the present invention, the second limiting element is an buckle, wherein the second limiting element is buckled on the first limiting element in a straight-buckle manner.

[0064] According to an embodiment of the present invention, the first limiting element is an buckle, wherein the first limiting element is buckled on the second limiting element in a straight-buckle manner [0065] According to an embodiment of the present invention, the female docking shell comprises a female shell having a female docking cavity, and a first female docking port and a second female wire port connecting and communicating the female docking cavity and an external space, wherein the female electrical connection part is allowed to be conducted from the first female docking port and the second female wire port, wherein the male docking shell comprises a female shell having a female docking cavity, and a first male docking port and a second male wire port connecting and communicating the male docking cavity and the external space, wherein the male electrical connection part is conducted from the first male docking port and the second male wire port, wherein the first limiting element is held on the first male docking port, wherein the second limiting element is held on the first female docking port, wherein the first male electrical connection end and the first female electrical connection end, the first limiting element and the second limiting element are allowed to butt in the same direction.

[0066] According to an embodiment of the present invention, the second limiting element allows guiding the first limiting element to drive the second limiting element to reciprocate radially, so as to drive the first limiting element and the second limiting element to detachably buckle.

[0067] According to an embodiment of the present invention, the second limiting element comprises a second extending arm, a second limiting protrusion and a second supporting body, wherein the second extending arm is elastically reciprocated from the second supporting body in the radial direction of the female docking element, wherein the second limiting protrusion is formed on the second extending arni, wherein the first limiting element comprises a first snap arm and a first latching portion, wherein the latching portion extends radially from the first snap arm, when the first limiting element and the second limiting element are butted in a straight-push manner, the second limiting protrusion is pushed by the first latching portion to be to close to the axial direction of the female docking element, so as to drive the second extending arm to elastically deform, and drive the first latching portion and the second limiting protrusion to be buckled.

[0068] According to an embodiment of the present invention, the first limiting element allows guiding the second limiting element to drive the first limiting element to reciprocate radially, so as to drive the first limiting element and the second limiting element to detachably buckle.

[0069] According to an embodiment of the present invention, the first limiting element comprises a first snap arm, a first connecting portion and a first supporting body, wherein the first snap arm is connected to the first supporting body through the first connecting portion, wherein the first snap arm allows reciprocating elastic movement relative to the first supporting body in the radial direction of the male docking element, wherein the first snap arm protrudes from the first connecting portion, wherein the second limiting element comprises a second blocking wall and a second supporting body, and has a second limiting space and a second open-close groove arranged thereon, wherein the second blocking wall extends from the second supporting body, wherein the first snap arm is embedded in the second limiting space and blocked by the second blocking wall to be snapped into the second open-close groove and exposed to the surface of the female docking shell through the second open-close groove, so as to drive the first limiting element and the second limiting element to buckle.

[0070] According to an embodiment of the present invention, the second blocking wall guides the first snap arm to elastically deform, wherein the first limiting element is elastically deformed by the second limiting element in a straight-push manner.

[0071] According to an embodiment of the present invention, the second blocking wall guides the first snap arm to elastically deform, wherein the first limiting element is elastically deformed by the second limiting element in a straight-push manner.

[0072] According to an embodiment of the present invention, the first limiting element and the second limiting element are allowed to disengage by pressing the first snap arm.

[0073] According to an embodiment of the present invention, the first limiting element is a buckle, wherein the second limiting element comprises a second supporting body and a second limiting protrusion, wherein the limiting protrusion protrudes from the second supporting body, and when the first limiting element and the second limiting element are engaged, the first limiting element is capable of locking and buckling the second limiting protrusion of the second limiting element.

[0074] According to an embodiment of the present invention, the male electrical connection part further comprises a male latching element and a male guide guard.

The male latching element is arranged on the second male electrical connection end for connecting the wire of the external circuit in a latching manner, and the male guide guard accommodates the first male electrical connection end.

[0075] According to an embodiment of the present invention, the male latching element allows to press the second male electrical connection end by a screw locking and a pressing latch.

[0076] According to an embodiment of the present invention, the male docking shell further comprises a male cover and a male wire end, wherein the male cover further comprises a male cover main body and a male movable element. The male movable element is held at the second male wire port of the male docking shell, wherein the male cover is opened and closed to define the second male wire port, wherein the male wire end is held at the second male wire port of the male docking shell, wherein the male movable element is opened and closed to define the second male wire port.

[0077] According to an embodiment of the present invention, the male movable element movably defines the size of the second male wire port.

to [0078] According to an embodiment of the present invention, the female docking shell further comprises a female cover and a female wire end, wherein the female wire end is held at the second female wire port of the female docking shell 22, wherein the female cover is opened and closed to define the second female wire port.

[0079] According to an embodiment of the present invention, the female latching element allows to press the second female electrical connection end by a screw locking and a pressing latch.

[0080] According to an embodiment of the present invention, the female electrical connection part further comprises a female latching element and a female guide guard. The female latching element is disposed on the second female electrical connection end for connected to the circuit of the electrical appliance wiring in a latching manner.

The female guide guard is disposed at the first female electrical connection end, wherein the female guide guard accommodates the first female electrical connection end.

[0081] According to an embodiment of the present invention, the first limiting element is limited to the side wall of the male docking element, wherein the second limiting element is limited to the side wall of the female docking element, and the first limiting element and the second limiting element are dockable hold.

[0082] According to an embodiment of the present invention, the first limiting element is limited to the side wall of the male electrical connection part, wherein the second limiting element is correspondingly limited to the side wall of the female electrical connection part, and the first limiting element and the second limiting element are dockable hold.

[0083] According to another aspect of the present invention, the present invention further provides a lamp, connectable to a wire of an external circuit, comprises: [0084] a lamp body; and [0085] a quick-docking junction box, which comprises: to [0086] a male docking element, wherein the male docking element comprises a male electrical connection part and a male docking shell, wherein the male electrical connection part is received by the male docking shell; and [0087] a female docking element, wherein the female docking element comprises a female electrical connection part, a lamp body driver and a female docking shell, wherein the female electrical connection part and the lamp body driver are accommodated by the female docking shell, wherein the lamp body driver is allowed to be detachably connected to the lamp to electrically connect the male docking element and the female docking element for the lamp body driver to be detachably connected to the lamp body.

[0088] According to another aspect of the present invention, the present invention further provides a mounting method for a quick-docking junction box comprises the following steps: [0089] (A) presetting a male docking element connected with the wire of an external circuit and a female docking element connected with a lamp body; and Is [0090] (B) matching and connecting a first male electrical connection end of the male docking element and a female electrical connection end of a female docking element.

[0091] According to an embodiment of the present invention, the step (B) of the mounting method of the quick-docking junction box further comprises the following step.

[0092] (B.0) pushing a first male electrical connection end of the male docking element and a female electrical connection end of the female docking element to embed in a straight-push manner, so as to electrically connect the male docking element and the female docking element.

[0093] According to an embodiment of the present invention, the step (B) of the mounting method of the quick-docking junction box further comprises the following steps: [0094] (B. I) aligning the first male electrical connection end of the male docking element and the female electrical connection end of the female docking element toward each other; and [0095] (B.2) pushing a first limiting element provided on the male docking element to engage with the second limiting element provided on the female docking element, so as to snap the male docking element and the female docking element.

[0096] According to an embodiment of the present invention, the step (A) of the mounting method of the quick-docking junction box further comprises the following steps: [0097] (A.1) embedding the wire of the external circuit to the second male electrical connection end of the male docking element; and [0098] (A.2) Pressing the wire of the external circuit to the second male electrical connection end.

[0099] According to an embodiment of the present invention, the step (A2) of the mounting method of the quick-docking junction box further comprises the following step.

[00100] (A.2.1) restricting the wire of the external circuit to the second male electrical connection end in a locking snap manner.

[00101] According to an embodiment of the present invention, the step (A2) of the mounting method of the quick-docking junction box further comprises the following step: [00102] (A.2.) restricting said wire of said external circuit to the second male electrical connection end in a pressing snap manner.

[00103] According to an embodiment of the present invention, the step (B.2) after of the mounting method of the quick-docking junction box further comprises the following step: [00104] (B.3) snapping the first limiting element to the first limiting element with a button.

[00105] Still further objects and advantages will become apparent from a consideration of the ensuing description and drawings.

[00106] These and other objectives, features, and advantages of the present invention will become apparent from the following detailed description, the accompanying drawings, and the appended claims.

BRIEF DESCRIPTION OF THE DRAWINGS

[00107] FIG. 1 is a perspective view of a scene of an installation process in the prior art.

[00108] FIG. 2 is a perspective view of a scene of an installation process of a quick-docking junction box according to a preferred embodiment of the present invention.

[00109] FIG. 3 is a perspective view of an application scenario of the quick docking junction box according to the preferred embodiment of the present invention.

[00110] FIG. 4 is a perspective view of the whole and separated states of the quick-docking junction box according to the above preferred embodiment of the present invention.

[00111] FIG. SA is an A-A axial sectional view of the quick-docking junction box and a partial enlarged sectional view of a mounting portion thereof and a lamp body driver according to the above preferred embodiment of the present invention.

[00112] FIG. 5B is an A-A axial sectional view of the quick-docking junction box and a partially enlarged sectional view of the lamp body driver thereof according to a modified embodiment of the above preferred embodiment of the present invention.

[00113] FIG. 6A is a perspective view of steps of the docking process of a male docking element and a female docking element according to the above preferred embodiment of the present invention.

[00114] FIG. 6B is an overall perspective view of a separated state of the male docking element and the female docking element according to the above preferred embodiment of the present invention.

[00115] FIG. 7 is an overall perspective view of a separated state of a male electrical connection part and a female electrical connection part according to the above preferred embodiment of the present invention.

[00116] FIG. 8 is a perspective view of steps of the docking process of the male electrical connection part and the female electrical connection part according to the above preferred embodiment of the present invention.

[00117] FIG. 9 is an overall perspective view of a male electrical connection part and a female electrical connection part according to a modified embodiment of the above preferred embodiment of the present invention.

[00118] FIG. 10 is an overall perspective view of a male electrical connection part and a female electrical connection part and an axial sectional view thereof according to a modified embodiment of the above-mentioned preferred embodiment of the present invention.

[00119] FIG 11 is a partial exploded perspective view of the quick-docking junction box according to the above preferred embodiment of the present invention.

[00120] FIG. 12 is an overall perspective view of a quick-docking junction box and a radial sectional view of a connection position of a female cover body and a female wire end according to a modified embodiment of the above preferred embodiment of the present invention.

[00121] FIG. 13 is an overall perspective view of a quick-docking junction box and a radial sectional view of a connection position of a male cover body and a male wire end according to a modified embodiment of the above preferred embodiment of the present invention.

[00122] FIG. 14 is a perspective view of the process of installation and application of the quick-docking junction box according to the above preferred embodiment of the present invention.

[00123] FIG. 15 is an overall perspective view of a quick-docking junction box, an overall perspective view of a male docking element and a female docking element thereof, and an axial sectional view of the female docking element according to a second preferred embodiment of the present invention.

[00124] FIG. 16 is an overall perspective view of a male docking element and a female docking element and an overall perspective view of a butted state and a separated state of the female docking element according to die third preferred embodiment of the present invention.

[00125] Fig. 17 is an axial sectional view of the separated state of the male docking element and the female docking element according to the above preferred embodiment of the present invention.

[00126] Fig. 18 is an axial sectional view of the butted state of the male docking element and the female docking element according to the above preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

[00127] The following description is disclosed to enable any person skilled in the art to make and use the present invention. Preferred embodiments are provided in the following description only as examples and modifications will be apparent to those skilled in the art. The general principles defined in the following description would be applied to other embodiments, alternatives, modifications, equivalents, and applications without departing from the spirit and scope of the present invention.

[00128] Those skilled in the art should understand that, in the disclosure of the present invention, terminologies of "longitudinal," "lateral," "upper," "front," "back," "left," "right," "perpendicular," "horizontal," "top," "bottom," "inner," "outer," and etc. just indicate relations of direction or position are based on the relations of direction or position shown in the appended drawings, which is only to facilitate descriptions of the present invention and to simplify the descriptions, rather than to indicate or imply that the referred device or element must apply specific direction or to be operated or configured in specific direction. Therefore, the above-mentioned terminologies shall not be interpreted as confine to the present invention.

[00129] Referring Lo Figs. 2 and 3, a lamp, a quick-docking junction box and a mounting method thereof according to the first preferred embodiment of the present invention are disclosed and explained in detail. The quick-docking junction box 1 is respectively connected to an external circuit 2 and an electrical appliance wiring 3, wherein the quick-docking junction box I is connected with a lamp body 4 through the electrical appliance wiring 3, so that the lamp body 4 and the quick-docking junction box I constitute a lamp 5, wherein the quick-docking junction box 1 is capable of driving the lamp body 4 to light up. Different from the conventional light fixture, the driver of the conventional light fixture 5 and the light fixture body 4 are assembled integrally, while the present invention is assembled separately through the lamp body driver and the lamp body 4. When the lamp body driver is damaged, only some parts of the quick-docking junction box 1 need to be replaced.

[00130] Referring to Figs. 2 to 4, the quick-docking junction box 1 comprises a male docking element 10 and a female docking element 20, wherein the male docking element 10 and the female docking element 20 are detachably assembled. When the male docking element 10 and the female docking element 20 are docked in a matching manner, the male docking element 10 and the female docking element 20 are electrically connected.

[00131] The male docking element 10 and the female docking element 20 are docked axially.

[00132] Referring to Fig. 2, the male docking element 10 is allowed to be pre-installed in the external circuit 3 to prevent the external circuit 3 from leaking and the like. When the lamp body 4 needs to be installed, the pre-installed lamp body 4 and the female docking element 10 are directly pushable and installed on the male docking element 10, wherein the lamp body 4 and the female docking element 10 do not need to be rewired, nor do they need to be electrically connected to the power connection port of the external circuit 3 through tools, and only need to snap the male docking element 10 and the female docking element 20 in a in a straight-push manner to achieve docking.

[00133] Further, the female docking element 20 and the lamp body 10 constitute a docking lamp component 6. When the male docking element 10 is connected with the external circuit 3, without disconnecting the electric switch, the lamp body 4 is capable of electrically connecting with the external circuit 3 by docking the female docking element 20 and the male docking element 10. There is no need to disconnect the electric switch. Since there is no need to contact the voltage, the circuit installation process is able to be achieved without considering whether the external circuit is energized, which is capable of safely and conveniently installing the lamp body 4 to the external circuit 3.

[00134] Further, in the process of installing the external circuit, the male docking element is allow to be installed to the wire end of the external circuit 3 by a tool, even if the electrical appliance has not been installed, the wire end of the external circuit 3 is hermetically held by the male docking element 10 to prevent dangers such as electric leakage. In other words, the male docking element 10 is allowed to be sold separately, so that the male docking element 10 is capable of directly installing on the wire port of the external circuit 3 conveniently during the process of installing the circuit.

[00135] When the lamp body 4 needs to be installed, the type of the female docking element 20 allows to be directly purchased according to the type of the male docking element 10. Moreover, there are only a few types of the male docking elements 10, which will not cause confusion among consumers, facilitate the general public to identify the quick-docking junction box 1, and prevent other problems of matching errors.

[00136] When the lamp body 4 is damaged, the docking lamp component 6 is allowed to be quickly disassembled, and then the lamp body 4 and the female docking element 20 are disassembled by using tools, so that the lamp 5 is capable of being used normally by replacing the lamp body 4 individually. Further, the replacement of the lamp body 4P is completed without the person to stand at a high place for a long time and remove the wires with tools to detach the existing light fixture body driver IP and the outer circuit 3P, and then connecting the new light fixture body 4P and the light fixture body driver IP. The quick disassembly method of the present invention, it is possible to realize the replacement of the lamp body 4 or the female docking element to 20 required by the person on the ground, which is more secure and convenient for each and also more secure.

[00137] Further, the lamp body 4, the female docking element 20 and the male docking element 10 are also allowed to be sold together or sold separately, so that any part suitable for the lamp 5 is allowed to be easily replaced.

[00138] When the female docking element 20 of the lamp 5 is damaged, the entire lamp is allow to be used normally by replacing the female docking element 20 individually. Further, it is not necessary for the person to stand at a high place for a long time to remove the wires with tools to detach the light fixture body 4P and the light fixture body driver IP, and then the new light fixture body driver IP and the light fixture body 4P are wired up, and then the light fixture body driver 1P is connected to the external circuit with tools to complete the replacement of the light fixture body driver IP. In the present invention, it is only necessary to separate the female docking element 20 from the male docking element 10, and then carry the docking lamp component 6 to the ground to replace the female docking element 20, and then the replaced docking lamp component 6 is installed on the external circuit 3.

[00139] Preferably, the quick-docking junction box 1 further comprises a mounting portion 30, wherein the mounting portion 30 comprises at least one first limiting body 31 integrally assembled with the male docking element 10 and at least one second limiting body 32 integrally assembled with the female docking element 20, wherein the first limiting body 31 and the second limiting body 32 are capable of being engaged in a matching manner, so as to limitly butt the male docking element 10 and the female docking element 20 to prevent the male docking element 10 and the female docking element 20 from falling off accidentally.

[00140] The first limiting body 31 and the second limiting body 32 allow axial locking, so as to realize the axial abutment of the male docking elementl 0 and the female docking element 20.

[00141] Referring to the first preferred embodiment of the present invention, the first limiting body 31 and the second limiting body 32 allow snap-fit disassembly and assembly, so as to realize the repeatable disassembly and assembly of the quick-docking junction box 1.

[00142] The second limiting body 32 has a certain elastic deformation, when the first limiting body 31 is snapped into the second limiting body 32 in a pushing manner, the second limiting body 32 is elastically deformed to be buckled by the first limiting body 31.

[00143] The female docking element 20 further comprises a female electrical connection part 21, a female docking shell 22, and a lamp body driver 23, wherein the lamp body driver 23 is mounted on the female docking shell 22, wherein the lamp body driver 23 and the lamp body 4 are detachably arranged, so that when the lamp body driver 23 is damaged, only the female docking element 20 needs to be replaced, and the lamp body 4 is allowed to be used again, which is more environmentally friendly and cost-effective.

[00144] The female docking shell 22 comprises a female shell 220, which includes a female docking cavity 2200 arranged thereon, and a female docking port 2201 and a female wire port 2202 communicating with the female docking cavity 2200. The lamp body driver 23 is accommodated in the female docking cavity 2200. The female electrical connection part 21 is limitedly disposed on the female docking port 2201 of the female docking shell 22.

[00145] The female docking port 2201 and the female wire port 2202 of the female docking shell 22 are retained in an opposed manner. The female shell 220 has a female mounting surface 221 arranged thereon, wherein the second limiting body 31 is integrally formed on the female mounting surface 22 and retained on the female docking port 2201.

[00146] It is worth noting that the female mounting surface 221 of the female shell 220 is one of the side surfaces perpendicular to the axial direction of the female shell 220.

According to the first preferred embodiment of the present invention, the female mounting surface 221 of the female shell 220 is the top surface of the female shell 220. In other words, the first limiting body 31 [00147] It is worth noting that the female electrical connection part 21 and the second limiting body 31 are allowed to be radially retained on the female docking port 2201 of the female docking shell 22.

[00148] The male docking element 10 comprises a male electrical connection part 11, a male docking shell 12 and a lamp body driver 13, wherein the male docking shell 12 comprises a male shell 120 which includes a male shell space 120 arranged thereon, and a male docking port 1201 and a male wire port 1202 communicating with the male shell space 120 and the external environment. The male electrical connection part 11 and the lamp body driver 13 are retained in the male shell 120.

[00149] The first limiting body 31 is limitedly disposed on the male docking port 1201 of the male shell 120.

[00150] It is worth noting that the female electrical connection part 21 and the second limiting body 32 are allowed to be radially retained on the female docking port 2201 of the female docking shell 22.

[00151] Through the fitting of the female electrical connection portion 21 and the male electrical connection portion 11, and the locking of the second limiting body 32 and the first limiting body 31, so as to realize the multi-point limit on the radial direction of the male docking element 10, the female docking element 20 and the male docking element 10, which further ensures that the male docking element 10 and the female docking element 20 are stably butted axially.

[00152] According to other preferred embodiments, the number of the first limiting bodies 31 is two. The number of the second limiting bodies 32 is two. The first limiting bodies 31 are retained at the radial direction of the male docking port 1201 of the male docking element 10. The second limiting bodies 32 are retained at the radial direction of the female docking port 2201 of the female docking element 20. The two first limiting bodies 31 are respectively limited by the corresponding second limiting bodies 32 to engage the male docking element 10 and the female docking element 20 at multiple points.

[00153] More preferably, the first limiting bodies 31 are retained symmetrically in the radial direction of the male docking port 1201 of the male docking element 10. The second limiting bodies 32 are retained symmetrically in the radial direction of the female docking port 2201 of the female docking element 20, so as to realize the engaging of the male docking element 10 and the female docking element 20.

[00154] Further, the male electrical connection part 11 is retained on the male docking port 1201. The first limiting bodies 31 are retained on the male docking port 1201 of the male shell 120. The second limiting bodies 32 are retained on the female docking port 1201 of the female shell 220.

[00155] The male electrical connection part II and the lamp body driver 13 are assembled to the male shell 120. The male electrical connection part 11 and the female electrical connection part 21 are capable of being docked in a matching manner, and the first limiting body 31 and the second limiting body 32 are respectively retained on the male docking port 1201 of the male shell 12 and the female docking port 2201 of the female she1122, to achieve engagement of the male docking element 10 and the female docking element 20.

[00156] Referring to the first preferred embodiment of the present invention, the second limiting body 32 has a certain elastic deformation ability, when it is elastically deformed by the extrusion of the first limiting body 31, so that the first limiting body 31 and the second limiting body 32 are butted in a snap-fit manner, so as to dock the male docking element 10 and the female docking element 20.

[00157] Referring to Fig. 4, when the first limiting body 31 is pushed and guided to the second limiting body 32, the first limiting body 31 is elastically deformed and docked on the second limiting body 32 to snap onto the second limiting body 32.

[00158] The manner of pressing the second limiting body 32 allows the firs lim ng body 31 and the second limiting body 32 to be separated.

[00159] The female shell 220 further has a female mounting surface 221, wherein the second limiting body 32 extends from the female mounting surface 221 of the female shell 220, and allows to elastically move radially relative with the female mounting surface 221, so that when the first limiting body 31 is blocked by the second limiting body 32, the second limiting body 32 is guided by the first limiting body 31 to move in the radial direction relative to the axial direction, to be stuck in a preset position by the second limiting body 32.

[00160] Further, the second limiting body 32 comprises a second extending arm 321 and a second supporting body 323 and has a second limiting space 320, wherein the second limiting space 320 is defined by the second extending arm 321 and the second supporting body 323. The second extending arm 321 extends from the second supporting body 323, and is movably retained on the second supporting body 323.

The second extension arm 321 is relatively elastically movable relative to the second support body 323.

[00161] The male shell 120 further has a male mounting surface 121, wherein the first limiting element 31 extends axially from the male mounting surface 121 and is retained on the first docking port 1201 of the male shell 120.

[00162] The second supporting body 323 has a second movable groove 3201 arranged thereon, wherein the second movable groove 3201 is defined by the second supporting body 323 and the second extending arm 321, wherein the second movable groove 3201 is formed in the second supporting body 323, wherein an end of the second extending arm 321 in the axial direction is connected with the second supporting body 323, and the second extending arm 321 is held elastically movable relative with the second supporting body 323.

[00163] Further, the second extending arm 321 comprises a second extending end 3211 and a second opening and closing switch 3212, wherein the second opening and closing switch 3212 is angularly extended from the second extending end 3211 and protrudes from the female mounting surface 221 of the female shell 220.

[00164] The second extending end 3211 extends axially from the male mounting surface 121 in a affixed manner. Preferably, the second extending end 3211 is axially protruded from the end surface of the male shell 120, so as to be snaped to the second limiting space 320 of the second limiting element 32.

[00165] The second limiting body 32 further comprises a second limiting protrusion 322 protruded from the second extending end 3211, when the first limiting body 31 is pushed to squeeze the second limiting protrusion 322, the second limiting protrusion 322 drives the second extending arm 321 to move in the axial direction and is engaged with the first limiting body 31. When an external force presses the protrusion on the second opening and closing switch 3212 of the limiting surface 221 of the female shell 220, the second limiting protrusion 322 is elastically deformed to disengage from the locking position of the first limiting part 31, so as to allow the female docking element 20 and the male docking element 10 to move away from each other.

[00166] Further, the second limiting protrusion 322 has a guide surface 3221, wherein the guide surface 3221 is inclined in the axial direction. When the first limiting body 32 is pushed toward the second limiting protrusion 322, the second limiting protrusion 322 gradually moves to the axial direction of the second limiting body 32 under the guidance of the first limiting body 31, and further drives the protruding second opening and closing switch 3212 to move toward the axial direction of the second limiting body 32.

[00167] It is worth mentioning that, the types of the first limiting element 31 and the second limiting element 32 are allowed to be interchanged, and it is only necessary to realize the buckling of the first limiting element 31 and the second limiting element 32. Here, those skilled in the art should understand and know that this is not limited in the present invention.

[00168] The second extending arm 321 is implemented as a folded line shaped or "L-shaped", and has a certain elastic force.

[00169] Further, the second limiting protrusion 322 is in the direction of getting closer and closer to the axis of the female docking element 20 along the female wire port 2202 of the female docking element 20 to the female docking port 2201, in order to allow the second limiting protrusion 322 to drive the second extending arm 321 to move toward the direction of the axis, and when it is not blocked by the first limiting body 31, the second extending arm 321 is driven to return to the pre-position, so as to prevent the first limiting body 31 from disengaging, thereby realizing the locking and snapping of the first limiting body 31 and the second limiting body 32.

[00170] Optionally, the second extending arm 321 is implemented as a folded line shaped with an angle greater than or equal to 90 degrees, and the second extending arm 321 has a certain elastic deformation capability.

[00171] Referring to Figs. 2 to 6B, when the second extending arm 321 extends from the female docking port 2201 of the female docking element 20 from the female wire port 2202, and the second extension end 3211 is close to the female wire port 2202 relative to the opening and closing switch 3212.

[00172] The second extending arm 321 has a affixed end allowed to be fitted and fixedly mounted on the female docking shell 221, wherein the female electrical connection part 21 is capable of being extend outward, so that when the second extending arm 321 is allowed to be squeezed on the female electrical connection part 21, it elastically sticks to the axial direction of the female docking element 20.

[00173] Those skilled in the art should understand and be well-known that the fixed connection manners of the second extending arm 321 and the shell 11 include screw connection, rivet connection, locked and buckled connection, and bonding and other connection manners.

[00174] Preferably, the second extending arm 321 and the second supporting body 323 are integrally formed. Optionally, the second extending arm 321 is affixed by the second supporting body 323 in a affixed manner of screw connection.

[00175] The first limiting body 31 comprises a first snap ann 311, a first latching portion 312 and a first latching space 310, wherein the first latching space 310 is defined by the first snap arm 311 and the first latching portion 312, wherein the first latching portion 312 protrudes from the first limiting body 31 toward the axis of the male docking element 10. After the first latching portion 312 of the first limiting body 31 passes through the second limiting protrusion 322 of the second limiting element 32, the second limiting protrusion 322 is capable of being inserted into the first latching space 310.

[00176] Referring to Figs. 2 to 6B, the first latching portion 312 is implemented as a protrusion for the second limiting protrusion 322 of the second limiting body 32 to engage with the first latching portion 312 of the first limiting body 31.

[00177] Optionally, the first detent portion 312 is also allowed to be implemented as a "concave" shape in the radial direction of the male docking element 10, so that the second limiting protrusion 322 is capable of being embedded in the second limiting protrusion 322 of the second limiting element 32.

[00178] According to other embodiments, the first latching portion 312 is allowed to be implemented as a protrusion, wherein the limiting protrusion 32 of the second limiting element 32 presents a "concave" shape in the radial direction of the female docking element 20, so that the first limiting element 31 is capable of being engaged by the second limiting element 32.

[00179] It is worth mentioning that, the second limiting body 32 is allowed to be implemented as a whole hook.

[00180] More optionally, the second limiting protrusion 322 of the second extending arm 321 is a hook with an opening facing the radial direction. When the first limiting element 31 is pushed to move above the second limiting protrusion 322, the second limiting protrusion 322 is pushed by the first limiting element 31 to move toward the axial direction of the female docking element 20. When the second limiting protrusion 322 moves to the first latching space 310 of the first limiting element 31, the second limiting protrusion 322 is capable of being buckled by the first limiting element 31.

[00181] It is worth mentioning that the total length of the second extending arm 321 is greater than the length of the corresponding first snap arm 311, so that during the installation process, the first latching portion 312 of the opposite first limiting element 31 is capable of being snaped by the second limiting protrusion 322 of the second limiting element 32.

[00182] Referring to Figs. 2 to 6B, the male electrical connection part 11 comprises a first male electrical connection end III and a second male electrical connection end 112 respectively arranged thereon, wherein the female electrical connection part 21 comprises a first female electrical connection end 211 and a second female electrical connection end 212 respectively arranged thereon, wherein the first male electrical connection end 111 and the first female electrical connection end 211 are butted in a way that allows matching, wherein the second male electrical connection end 112 is in conduction with the wire of the external circuit 3, the second female electrical connection end 212 is in conduction with the wire of the electrical appliance wiring 2, so that the male docking element 10 and the female docking element 20 are electrically connected.

[00183] The first female electrical connection end 211 is capable of connecting the three wires of the ground wire, live wire and neutral wire to the first male electrical connection end Ill. The first female electrical connection end 211 is also capable of connecting the two wires of the live wire and neutral wire to the first male electrical connection end 111. Those skilled in the art should understand and implement that the male electrical connection part 11 and the female electrical connection part 21 allow to be provided with more than two types.

[00184] Referring to Fig. 3A, the male docking shell 22 further has a female supporting surface 222 corresponding to the female mounting surface 221, wherein the lamp body driver 23 is capable of being supported by the female supporting surface 222 in a fitting manner.

[00185] The lamp body driver 23 comprises a circuit board 231 tightly mounted on the female supporting surface 222, so that the circuit board 231 is capable of quickly transferring heat to the female supporting surface 222 of the male docking shell 22, and dissipating heat to the external space through the female supporting surface 222 of the male docking shell 22, so as to speed up the heat dissipation of the lamp body driver 23.

[00186] The female supporting surface 222 and the female mounting surface 221 of the female docking shell 22 are retained in an opposite manner, and both are the side surfaces of the female docking shell22 that are perpendicular to the axial direction.

[00187] Referring to Fig. 3B, according to another modified embodiment of the first preferred embodiment of the present invention is disclosed, the male docking shell 22 further has a female supporting surface 222 corresponding to the female mounting surface 221, wherein the lamp body driver 23 is capable of being supported by the female supporting surface 222 in an elevated manner.

[00188] Preferably, the lamp body driver 23 comprises a circuit board 231 and a heat dissipation glue 232, wherein the heat dissipation glue 232 is filled between the circuit board 231 and the female supporting surface 222 of the male docking shell 22, in order to allow the circuit board 231 to transfer heat to the female supporting surface 222 of the male docking she1122 more quickly through the heat dissipation glue 232, and then dissipate heat to the external space through the female supporting surface 222 of the male docking shell 22.

[00189] Referring to Figs. 7 and 8, the male electrical connection part 11 further comprises a male latching element 113 and a male guide guard 114. The male latching element 113 is disposed on the second male electrical connection end 112, and is connected to the wire of the external circuit 3 in a latching manner. The male guide guard 114 is arranged on the first male electrical connection end 111, wherein the male guide guard 114 accommodates the first male electrical connection end 111 to protect the first male electrical connection end 111 from being directly contacted, so as to ensure that the first male electrical connection end 111 is waterproof and electric shock-proof [00190] Referring to Figs. 7 and 8, the female electrical connection part 21 further comprises a female latching element 213 and a female guide guard 214. The female latching element 213 is disposed on the second female electrical connection end 212, and is connected to the circuit of the electrical appliance wiring 2 in a latching manner. The female guide guard 214 is arranged on the first female electrical connection end 211, wherein the female guide guard 214 accommodates the first female electrical connection end 211 to protect the first female electrical connection end 211 from being directly contacted, so as to ensure that the first female electrical connection end 211 is waterproof and electric shock-proof.

[00191] The female guide guard 214 and the first female electrical connection end 211 are allowed to be embedded in the male guide guard 214 to connect and communicat the first female electrical connection end 211 and the first male electrical connection end 111.

[00192] The female guide guard 214 includes at least two first female docking ports 2201 with a rectangular cross section, wherein the male guide guard 114 includes at least two first male docking ports 1201 with a rectangular cross section.

to [00193] Referring to Fig. 9, according to the modified embodiment of the first preferred embodiment of the present invention, the female guide guard 214 includes at least two first female docking ports 2201 with an oval cross section, wherein the male guide guard 114 includes at least two first male docking ports 1201 with an oval cross section.

[00194] In other words, since the selection of the type of the male docking element 10 needs to be distinguished by a relatively obvious shape, so that the type of the male docking element 10 is capable of being clearly distinguished when it is applicable to each group, wherein the type of the male docking element 10 is allowed to be distinguished according to the type of the first male docking port 1201, one is that each docking port of the f first male docking port 1201 is square, and the other is that each docking port of the first male docking port 1201 is elliptical, in order to clearly select the type of the first female docking port 2201 of the female docking element 10 according to the type of the male docking element 10, the adaptation is simple and easy to distinguish.

[00195] The docking lamp component 6 is capable of being sold separately. When purchasing the docking lamp component 6, it is only necessary to distinguish the type of the male docking element 10, and then the type of the preinstalled docking lamp component 6 is capable of being correspondingly selected according to the type of the first male docking port 1201.

[00196] In addition, the type of the first female docking port 2201 of the female docking element 20 is selected, and then the female docking element 20 suitable for the lamp body 4 is selected according to the required brightness of the lamp body 4.

[00197] Further, when the lamp body 4 is damaged, the lamp body 4 is capable of being replaced by simply disassembling the lamp body 4 and the female docking element 20 on the ground after the docking lamp component 6 is disassembled from the male docking element 10 as a whole with one key.

[00198] It is worth mentioning that the female electrical connection end 211 is electrically connected to the male electrical connection part 11 and the female electrical connection part 21 in a manner of being embedded in the male guide guard 214 to connect and communicate the male electrical connection end 111, in order to ensure that the male electrical connection end 211 connected to the external circuit 3 is not directly exposed to the external environment, so as to ensure the safety of electricity consumption more safely.

[00199] Referring to Fig. 9, the male latching element 113 is allowed to be implemented as a screw, and the second male electrical connection end 112 is connected with the wire of the external circuit 3 in a locking snap manner.

[00200] The female latching element 213 is allowed to be implemented as a screw, and the second female electrical connection end 212 is connected with the wire of the electrical appliance wiring 2 in a locking snap manner.

[00201] Referring to Fig. 11, the female docking shell 22 further comprises a female cover 223 and a female wire end 224. The female wire end 224 is retained at the second female wire port 2202 of the female docking shell 22, wherein the female cover 223 is opened and closed to define the second female wire port 2202.

[00202] The female cover 223 of the female docking shell 22 comprises a female cover main body 2231 and an open-close end 2232, wherein the open-close end 2232 is integrally formed on the female cover main body 2231, wherein the female open-close end 2232 is capable of being opened and closed on the female wire end 224 in a limiting manner, so that the wire of the electrical appliance wiring 2 is allowed to be fixedly latched from the second female wire port 2202.

[00203] Preferably, the female open-close end 2232 of the female cover 223 and the female wire end 224 are closed in a screw locking manner.

[00204] Referring to Fig. 12, according to the modified example of the first preferred embodiment of the present invention, the embodiment of the female cover 223 is different from the female cover 223 of the first preferred embodiment and becomes a new embodiment, wherein the female open-close end 2232 of the female cover 223 and the female wire end 224 are opened and closed in the manner of screw locking.

[00205] Referring to Fig. 13, the male docking shell 12 further comprises a male cover 123 and a male wire end 124, wherein the male cover 123 is capable of being engaged with the male conductive end 124 to cover the second male wire port 1202.

[00206] The male cover 123 further comprises a male cover main body 1231 and a male movable element 1232. The male movable element 1232 is retained at the second male wire port 1202 of the male docking shell 12, wherein the male cover 123 is opened and closed to define the second male wire port 1202. The male movable element 1232 is engaged with the male cover 123 and the male wire end 124.

[00207] Further, the side part of the male cover main body 1231 of the male shell 123 and the side part of the male wire end 124 have a thread provided thereon respectively, which is suitable for the screw connection of the male cover main body 1231 and the male wire end 124, so as to limitly lock and locate the wire of the external circuit 3.

[00208] It is worth mentioning that, according to the modified example of the first preferred embodiment of the present invention, the male docking shell 12 further comprises at least one corrugated pipe to cover the wires of the external circuit 3 to better adapt to the size of the male wire port 12020 of the male movable element 1202, it can adapt to different types of the electric wires.

[00209] According to another variant of the first preferred embodiment, the male latching element 113 is allowed to be implemented as a latching member to connect the second male electrical connection end 112 and the wire of the external circuit 3 in a latching manner.

[00210] The female latching element 213 is allowed to be implemented as a latching member to connect the second female electrical connection end 212 and the wire of the electrical appliance wiring 2 in a latching manner.

[00211] The male latching element 113 is allowed to be implemented as a lever latching member to hold the second male electrical connection end 112 and the wire of the external circuit 3 by pressing an end of the male latching element 113.

[00212] The female latching element 213 is allowed to be implemented as a lever latching member to hold the second female electrical connection end 212 and the wire of the electrical appliance wiring 2 by pressing an end of the female latching element 213.

[00213] Further, the male latching element 113 can be opened and closed in a flipping manner to open and close the male latching element 113, so that the wires of the external circuit 3 is capable of being quickly and safely joined.

[00214] Further, the female latching member 213 is capable of being opened and closed in a flipping manner, so as to realize the quick and safe connection of the wire of the power connection wire 2.

[00215] The mounting method of the quick-docking junction box 1 comprises the following steps: [00216] (A) presetting the male docking element 10 connected with the wire of the external circuit 3 and the female docking element 20 connected with the lamp body 4; and [00217] (B) matching and connecting the first male electrical connection end 111 of the male docking element 10 and the female electrical connection end 211 of the female docking element 20.

[00218] Preferably, the step (B) of the mounting method of the quick-docking junction box 1 further comprises the following steps: [00219] (B.0) pushing the first male electrical connection end 111 and the female electrical connection end 211 to embed in a straight-push manner, so as to electrically connect the male docking element 10 and the female docking element 20.

[00220] Preferably, the step (B) of the mounting method of the quick-docking junction box I further comprises the following steps: [00221] (B.1) aligning the first male electrical connection end 111 of the male docking element 10 and the female electrical connection end 211 of the female docking element 20 toward each other; and [00222] (B.2) pushing the first limiting element 31 of the male docking element 10 to be stuck to the second limiting space 320 of the second limiting element 32 to positionally connect the male docking element 10 and the female docking element 20.

[00223] Preferably, the step (A) of the mounting method of the quick-docking junction box I further comprises the following steps: [00224] (A.1) embedding the wire of the external circuit 3 to the second male electrical connection end 112 of the male docking element 10; and [00225] (A.2) restricting the wire of the external circuit 3 to the second male electrical connection end 112 in a locking snap manner.

[00226] The disassembly method of quick-docking junction box 1 comprises the following steps: [00227] pushing the second opening and closing switch 3212 of the second limiting element 20 in a pressing manner allows the first limiting element 31 and the second limiting element 32 to be disassembled.

to [00228] Further, retain the first limiting element 10 on the wire of the external circuit 3 to prevent the external circuit 3 from leaking electricity and causing personal or property damage.

[00229] Optionally, different from the mounting method of the first preferred embodiment, the step (A) of the mounting method of the quick-docking junction box I further comprises the following steps: [00230] (A.1') embedding the wire of the external circuit 3 to the second male electrical connection end 112 of the male docking element 10; and [00231] (A.2') opening and closing the wires of the external circuit 3 to the second male electrical connection end 112 in a flipped manner.

[00232] Optionally, different from step (A.2) of the mounting method of the first preferred embodiment, the step (A.1) of the mounting method of the quick-docking junction box 1 further comprises the following steps: [00233] restricting the wire of the external circuit 3 to the second male electrical connection end 112 in a snap manner.

[00234] According to another modified embodiment of the first preferred embodiment, the first limiting element 31 is an elastic hook from the male docking element 10, and is stretched and hooked on the female docking element 20 by stretching.

[00235] After the male docking element 10 and the wire of the external circuit 3 are assembled, the male docking element 10 is pushed to the female docking element 20 in a straight-push manner, so that the male docking element 10 and the female docking element 20 are electrically connected, so as to realize quick connection.

[00236] Further, the first limiting element 31 is held on the male mounting surface 221 of the second limiting element 32 in a snap-like manner.

[00237] More optionally, the number of the first limiting elements 31 is two, and the number of the second limiting elements 312 is two. The first limiting elements 31 are symmetrically snapped to the corresponding second limiting elements 32 respectively, so as to stably engage and connect the male docking element 10 and the female docking element 20 [00238] Optionally, the first snap arm 311 is implemented as an elastically open and close buckle. The first snap arm 311 is the buckle having a torsion spring, so as to tightly snap the second limiting protrusion 322 of the second limiting element 32.

[00239] The unlocking of the male docking element 10 and the female docking element is capable of being achieved only by disassembling the first snap arm 311.

[00240] Referring to Fig. 14, the quick-docking junction box according to the second preferred embodiment of the present invention is disclosed and explained in detail, wherein the mounting portion 30A of the quick-docking junction box IA is different from the implementation of the mounting portion 30 of the quick-docking junction box 1 in the first preferred embodiment and becomes a new embodiment, wherein the first limiting element31A and the second limiting element 32A of the mounting portion 30A have different engagement methods, wherein the first limiting element 31A is capable of being elastically engaged on the second limiting element 32A to allow the first limiting element 31A and the second limiting element 32A to be positioned in a locking snap manner, wherein the mounting portion 30A is retained on a side of the quick-docking junction box 1 A. [00241] Optionally, the mounting portions 30A are held symmetrically on both sides of the quick-docking junction box 1 A. [00242] Referring to Fig. 14, according to the second preferred embodiment of the present invention is disclosed and explained in detail, wherein the first limiting element 31A comprises a first extending end 311A, a first connecting portion 312A and a first supporting surface 313A, wherein the first connecting portion 312A of the first limiting element 3IA connects the first extending end 31IA and the second supporting surface 313A. Further, Only the end surface of the first extending end 31 1 A is connected to the second supporting surface 3 I 3A through the first connecting portion 312A. The first connecting portion 312A affixes an end of the first extending end 311A, wherein the first extending end 311A is relatively movable relative to the first supporting surface 3I3A.

[00243] It is worth noting that, in the radial direction of the male docking element 10A, the first extending end 311A protrudes from the first connecting portion 312A.

[00244] The first limiting element 31A has a first movable groove 3101A and a first embedded groove 3102A, wherein the first extending end 311A and the first supporting surface 3 I 3AA define the first embedded groove 3102A, wherein the first movable groove 3101 A surrounds the first extending end 311 A, and the first movable groove 3101 A retains the first extending end 311 A reciprocating in the radial direction relative to the first supporting surface 313 A. [00245] The first embedded groove 3102A is defined by a height difference between the first extending end 311A and the first supporting surface 313A in the radial direction of the male docking element 10.

[00246] The second limiting element 32A includes a second blocking wall 321 A and a second supporting body 323A, and has a second limiting space 320A and a second open-close groove 3202A arranged thereon.

[00247] The second limiting space 320 is defined by the second blocking wall 321A and the second supporting body 323A, wherein the second blocking wall 321A is held in the radial direction of the two supporting body 323A.

[00248] The second blocking wall 321A defines the second open-close groove 3202A, wherein the second limiting element 31A is allowed to be embedded in the second limiting space 320A and protrudes out of the female mounting surface 221A from the second open-close groove 3202A, wherein the second blocking wall 321A of the second limiting element 32 is slotted into the first embedded groove 3102A of the first limiting element 31A.

[00249] Referring to Fig. 14, the second gear wall 32IA has a guide surface 3210A arranged thereon, wherein the second blocking wall 32IA is held obliquely in the axial direction. When the first limiting element 3 I A is pushed to embed into the second limiting space 320A of the second limiting element 32A, the guide surface 3210A of the second blocking wall 321A guides the first extending end 311A to axially displace until the first extending end 31IA passes the blocking wall 321 A, and the first extending end 311A is recovered in the radial direction to protrude out of the female mounting surface 221A from the first embedded groove.

[00250] When the male docking element 10A and the female docking element 20A need to be disassembled, push the first extending end 31IA to the first second limiting space 320A in a manner of pressing the first extending end 31 I A, so as to disengage the first limiting element 3IA and the second limiting element 32A. In other words, the first limiting element 31A and the second limiting element 32A are buckled in a straight-push manner, and the first limiting element 31A and the second limiting element 31A are capable of being disassembled by pressing.

[00251] Referring to Figs. 15 and 17, according to the third preferred embodiment of the present invention is disclosed and explained in detail, the mounting portion 30B of the quick-docking junction box 1B is different from the implementation of the mounting portion 30 of the quick-docking junction box 1 of the first preferred embodiment and becomes a new embodiment, wherein the first limiting element 3 I B and the second limiting element 32B of the mounting portion 30 have different locking manners, wherein the first limiting element 31B is integrally assembled with the male docking element I OB, wherein the second lower element 32B is integrally assembled to the female docking element 20B. Further, the first limiting element 3 I B is capable of being snap-fitted to the second limiting element 32B, so as to allow the first limiting element 31B and the second limiting element 32B to be locked and positioned, wherein the mounting portions 30 are all held on one side of the quick-docking junction box 1B.

[00252] Referring to Fig. 15, according to the third preferred embodiment of the present invention, the first limiting element 31B is disposed on a side wall of the male docking element I OB that is perpendicular to the axial direction and is held on the first male docking port 2201B, the second limiting element 32B is disposed on a side wall of the female docking element 20B that is perpendicular to the axial direction and is held on the first female docking ports 2202, when the first female electrical connection end 211BB and the first male electrical connection end 111B are butted, the first limiting element 31B and the second limiting element 32B can be snap-connected at the same time, and the first limiting element 3 1B and the second limiting element 32B realize the snap-locking of the male docking element 10B and the female docking element 20B in a straight-push manner.

[00253] Referring to Figs. 15 to 17, according to the third preferred embodiment of the present invention, the first limiting element 31B is disposed on the bottom surface of the male docking element 10B and is held on the first male docking port 2201B, the second limiting element 32B is disposed on the bottom surface of the female docking element 20B and held on the first female docking port 2202.

[00254] Optionally, the first limiting element 31B is disposed on either side of the male docking element 10B and is held on the first male docking port 2201. The second limiting element 32B is disposed on either side of the female docking element 20B corresponding to the first limiting element 31B and is held on the first female docking port 2202. When the male docking element I OB and the female docking element 20B are docked, the first limiting element 31B and the second limiting element 32B are allow to be snap-locked, in order to prevent the male docking element 10B and the female docking element 20B from accidentally falling off, causing accidents such as electric leakage or fire.

[00255] The first limiting element 31B is a latching member, wherein the second limiting element 32B includes a second supporting body 323B and a second limiting member 321 and defines a locking space 320B, wherein the second limiting member 322B extends from the second supporting body 323B, and the locking space 320B is defined by the supporting body 323, wherein the first limiting element 31B can cover the locking space 320B and be locked by the second limiting member 321B.

[00256] The difference from the first preferred embodiment is that the step (B) of the mounting method of the quick-docking junction box 1B is different and becomes a new embodiment. Preferably, after the step (B.2) of the mounting method of the quick-docking junction box 1B further comprises the following steps: [00257] (B.3) fastening the first limiting element 31B of the male docking element 10 to the second limiting member 321B of the second limiting element 32B with one key, so as to positionally connect the male docking element 10 and the female docking element 20B.

[00258] The disassembly method of quick-docking junction box 1B comprises the following steps: [00259] opening the first limiting element 31B of the second limiting element 20, the disassembly of the first limiting element 31 and the second limiting element 32 are capable of being realized.

[00260] Those skilled in the art should understand and know that the installation position of the mounting portion 30 is not limited in any way.

[00261] Optionally, the quick-docking junction box 1B is capable of being assembled on both sides by using two or more of the mounting portions 30.

to [00262] Referring to Fig. 18, according to the fourth preferred embodiment of the present invention is disclosed and explained in detail. The difference from the first preferred embodiment is that the quick-docking junction box 1C of this embodiment does not have the lamp body driver 23 compared with the quick-docking junction box I, so as to be suitable for adapting to the conventional lamp body 4C with a lamp body driver 41 C. That is to say, the lamp body 4C can work independently of the quick-docking junction box 1C, wherein the quick-docking junction box 1C is suitable for various types of lamp bodies 4C on the market to be safely installed on the external circuit 3. The implementations of the mounting portion 30C of the quick-docking junction box 1C and the mounting portion 30 of the quick-docking junction box 1 are the same. That is to say, the female docking element 20C differs from the female docking element 20 of the first preferred embodiment in that there is no lamp body driver 23, while the male docking element 10C is the same as the male docking element 10C of the first preferred embodiment.

[00263] The lamp body 4C with the lamp body driver 41C can be pre-assembled and connected to the female docking element 20C, so that the lamp body driver 41C is pre-assembled on the lamp body 4C, thereby reducing the assembly difficulty of the lamp body 4C and the quick-docking junction box IC, so that the quick-docking junction box 1C can be adapted to the lamp bodies 4C of different models.

[00264] When the lamp body 4C and the female docking element 20 need to be installed, it is only necessary to hold the lamp body 4C and the female docking element 20, and then quickly connect the female docking element 20 and the male docking element 10 with one button, and then the lamp body 4C can be installed to the outer wire.

[00265] When the lamp body 4C with the lamp body driver 41C is damaged, it is only necessary to disassemble the female docking element 20C and the male docking element 10C with one button, and then the lamp body 4C and the female docking element 20C can be disassembled with tools on the ground.

[00266] Preferably, the quick-docking junction box 1C can use the male docking shell 21C of the same male docking element 20C regardless of whether the lamp body driver is assembled or not, and using the same standard shell can speed up production efficiency.

[00267] Optionally, in order to distinguish whether the quick-docking junction box1C is equipped with the lamp body driver, the male docking shells 21C of different sizes can be used to distinguish easily. The present invention is not limited here, and can be designed according to more specific design requirements.

[00268] The implementations of the multiple embodiments can be freely combined, and the present invention is not limited in any way.

[00269] One skilled in the art will understand that the embodiment of the present invention as shown in the drawings and described above is exemplary only and not intended to be limiting. It will thus be seen that the objects of the present invention have been fully and effectively accomplished. The embodiments have been shown and described for the purposes of illustrating the functional and structural principles of the present invention and is subject to change without departure from such principles. Therefore, this invention includes all modifications encompassed within the spirit and scope of the following claims.

Claims

WHAT IS CLAIMED IS: I. A quick-docking junction box, adapted for connecting an external circuit and a wire of a lamp body, characterized in that, comprising: a male docking element, wherein said male docking element comprises a male electrical connection part and a male docking shell, wherein said male electrical connection part is placed in said male docking shell; and a female docking element, wherein said female docking element comprises a female electrical connection part and a female docking shell, wherein said female electrical connection part is placed in said female docking shell, wherein said male to electrical connection part and said female electrical connection part allow butting to electrically connect said male docking element and said female docking element, so that the lamp body driver is detachably connected to the lamp body.
2. The quick-docking junction box, as recited in claim I, further comprising a mounting portion, wherein said mounting portion is mounted on said male electrical connection part of said male docking element and said female docking element, wherein said mounting portion detachably connects said male docking element and said female docking element.
3. The quick-docking junction box, as recited in claim 2, wherein said female electrical connection part comprises a first female electrical connection end and a second female electrical connection end arranged thereon, wherein said male electrical connection part comprises a first male electrical connection end and a second male electrical connection end arranged thereon, wherein said first male electrical connection end of said male electrical connection part is electrically connected by said first female electrical connection end in an openable and closable manner
4. The quick-docking junction box, as recited in claim 2, wherein said male docking element and said female docking element are allowed to be electrically connected in a straight-push manner and are locked and buckled by said mounting portion.
5. The quick-docking junction box, as recited in claim 2, wherein said male docking element and said female docking element are allowed to be electrically connected in a straight-push manner, and said male docking element and said female docking element are locked and buckled by said mounting portion with a button.
6. The quick-docking junction box, as recited in claim 1, wherein said female docking element further comprises a lamp body driver, wherein said lamp body driver is accommodated by said female docking shell, allowing said lamp body driver to be detachably connected to the lamp body.
7. The quick-docking junction box, as recited in any of claims 2-6, wherein said mounting portion comprises a first limiting element and a second limiting element, wherein said first limiting element is arranged on said male docking element, wherein said second limiting element is arranged on said female docking element, wherein said first limiting element and said second limiting element are detachably snapped to butt said male docking element and said female docking element.
8. The quick-docking junction box, as recited in claim 7, wherein said female electrical connection part comprises a first female electrical connection end and a second female electrical connection end, wherein said first female electrical connection end of said female electrical connection part and said second limiting element are radially arranged, wherein said first male electrical connection end of said male electrical connection part and said first limiting element are arranged radially, wherein said first female electrical connection end and said first male electrical connection end, said first limiting element and said second limiting element are allowed to be butted in a matched manner.
9. The quick-docking junction box, as recited in claim 7, wherein said first limiting element is an elastically deformable buckle, wherein said first limiting element is buckled on said second limiting element in an elastically deformable manner.
10. The quick-docking junction box, as recited in claim 7, wherein said second limiting element is an elastically deformable buckle, wherein said second limiting element is buckled on said first limiting element in an elastically deformable manner.
11. The quick-docking junction box, as recited in claim 7, wherein said second limiting element is a buckle, wherein said second limiting element is buckled on said first limiting element in a straight-buckle manner.
12. The quick-docking junction box, as recited in claim 7, wherein said first limiting element is a buckle, wherein said first limiting element is buckled on said second limiting element in a straight-buckle manner.
13. The quick-docking junction box, as recited in claim 7, wherein said female docking shell comprises a female shell having a female docking cavity defined by said female shell, and a first female docking port and a second female wire port connecting and communicating said female docking cavity and an external space, wherein said female electrical connection part is allowed to be conducted from said first female docking port and said second female wire port, wherein said male docking shell comprises a male shell having a male docking cavity defined by said male shell, and a first male docking port and a second male wire port connecting and communicating said male docking cavity and said external space, wherein said male electrical connection part is conducted from said first male docking port and said second male wire port, wherein said first limiting element is held on said first male docking port, wherein said second limiting element is held on said first female docking port, wherein said first male electrical connection end and said first female electrical connection end, said first limiting element and said second limiting element are allowed to butt in the same direction.
14. The quick-docking junction box, as recited in claim 10, wherein said second limiting element allows guiding said first limiting element to drive said second limiting element to reciprocate radially, so as to drive said first limiting element and said second limiting element to detachably buckle.
15. The quick-docking junction box, as recited in claim 14, wherein said second limiting element comprises a second extending arm, a second limiting protrusion and a second supporting body, wherein said second extending arm is elastically reciprocated from said second supporting body in the radial direction of said female docking element, wherein said second limiting protrusion is formed on said second extending arm, wherein to said first limiting element comprises a first snap arm and a first latching portion, wherein said latching portion extends radially from said first snap arm, when said first limiting element and said second limiting element are butted in a straight-push manner, said second limiting protrusion is pushed by said first latching portion to be close to the axial direction of said female docking element, so as to drive said second extending arm to elastically deform, and drive said first latching portion and said second limiting protrusion to be buckled.
16. The quick-docking junction box, as recited in claim 9, wherein said first limiting element allows guiding said second limiting element to drive said first limiting element to reciprocate radially, so as to drive said first limiting element and said second limiting element to detachably buckle.
17. The quick-docking junction box, as recited in claim 16, wherein said first limiting element comprises a first snap arm, a first connecting portion and a first supporting body, wherein said first snap arm is connected to said first supporting body through said first connecting portion, wherein said first snap arm allows reciprocating elastic movement relative to said first supporting body in the radial direction of said male docking element, wherein said first snap arm protrudes from said first connecting portion, wherein said second limiting element comprises a second blocking wall and a second supporting body, and has a second limiting space and a second open-close groove arranged thereon, wherein said second blocking wall extends from said second supporting body, wherein said first snap arm is embedded in said second limiting space and blocked by said second blocking wall to be snapped into said second open-close groove and exposed to the surface of said female docking shell through said second open-close groove, so as to drive said first limiting element and said second limiting element to buckle.
18. The quick-docking junction box, as recited in claim 17, wherein said second blocking wall guides said first snap arm to elastically deform, wherein said first limiting element is elastically deformed by said second limiting element in a straight-push manner.
19. The quick-docking junction box, as recited in claim 17, wherein said second to blocking wall guides said first snap arm to elastically deform, wherein said first limiting element is elastically deformed by said second limiting element in a straight-push manner.
20. The quick-docking junction box, as recited in claim 16, wherein said first limiting element and said second limiting element are allowed to disengage by pressing said first snap arm.
21. The quick-docking junction box, as recited in claim 12, wherein said first limiting element is a buckle, wherein said second limiting element comprises a second supporting body and a second limiting protrusion, wherein said limiting protrusion protrudes from said second supporting body, and when said first limiting element and said second limiting element are engaged, the said limiting element is capable of locking and buckling said second limiting protrusion of said second limiting element.
22. The quick-docking junction box, as recited in claim 6, wherein said male electrical connection part further comprises a male latching element and a male guide guard. Said male latching element is arranged on said second male electrical connection end for connecting the wire of the external circuit in a latching manner, and said male guide guard accommodates said first male electrical connection end.
23. The quick-docking junction box, as recited in claim 22, wherein said male latching element allows to press said second male electrical connection end by a screw locking and a pressing latch.
24. The quick-docking junction box, as recited in claim 22, wherein said male docking shell further comprises a male cover and a male wire end, wherein said male cover further comprises a male cover main body and a male movable element. Said male movable element is held at said second male wire port of said male docking shell, wherein said male cover is opened and closed to define said second male wire port, wherein said male wire end is held at said second male wire port of said male docking to shell, wherein said male movable element is opened and closed to define said second male wire port.
25. The quick-docking junction box, as recited in claim 24, wherein the male movable element movably defines the size of the second male wire port.
26. The quick-docking junction box, as recited in claim 6, wherein said female docking shell further comprises a female cover and a female wire end, wherein said female wire end is held at said second female wire port of said female docking shell 22, wherein said female cover is opened and closed to define said second female wire port.
27. The quick-docking junction box, as recited in claim 26, wherein said female latching element allows to press said second female electrical connection end by a screw locking and a pressing latch.
28. The quick-docking junction box, as recited in claim 26, wherein said female electrical connection part further comprises a female latching element and a female guide guard. Said female latching element is disposed on said second female electrical connection end for connecting the circuit of the power connection circuit in a latching manner. Said female guide guard is disposed at said first female electrical connection end, wherein said female guide guard accommodates said first female electrical connection end.
29. The quick-docking junction box, as recited in claim 6, wherein said first limiting element is limited to the side wall of said male docking element, wherein said second limiting element is limited to the side wall of said female docking element, and said first limiting element and said second limiting element are dockable hold.
30. The quick-docking junction box, as recited in claim 6, wherein said first limiting element is limited to the side wall of said male electrical connection part, wherein said second limiting element is correspondingly limited to the side wall of said female electrical connection part, and said first limiting element and said second limiting element are dockable hold.to
31. A lamp, connectable to a wire of an external circuit, characterized in that, comprising: a lamp body; and a quick-docking junction box, which comprises: a male docking element, wherein said male docking element comprises a male electrical connection part and a male docking shell, wherein said male electrical connection part is received by said male docking shell; and a female docking element, wherein said female docking element comprises a female electrical connection part, a lamp body driver and a female docking shell, wherein said female electrical connection part and said lamp body driver are accommodated by said female docking shell, wherein said lamp body driver is allowed to be detachably connected to said lamp to electrically connect said male docking element and said female docking element for said lamp body driver to be detachably connected to said lamp body.
32. The lamp, as recited in claim 31, further comprising a mounting portion, wherein said mounting portion is mounted on said male electrical connection part of said male docking element and said female electrical connection part of said female docking element, wherein said mounting portion is detachably connected to said male docking element and said female docking element.
33. The lamp, as recited in claim 32, wherein said female electrical connection part comprises a first female electrical connection end and a second female electrical connection end arranged thereon, wherein said male electrical connection part comprises a first male electrical connection end and a second male electrical connection end arranged thereon, wherein said first male electrical connection end of said male electrical to connection part is electrically connected by said first female electrical connection end in an openable and closable manner.
34. The lamp, as recited in claim 32, wherein said male docking element and said female docking element are allowed to be electrically connected in a straight-push manner and are locked and buckled by said mounting portion.
35. The lamp, as recited in claim 32, wherein said male docking element and said female docking element are allowed to be electrically connected in a straight-push manner, and said male docking element and said female docking element are locked and buckled by said mounting portion with a button.
36. The lamp, as recited in said any of claims 32-35, wherein said mounting portion comprises a first limiting element and a second limiting element, wherein said first limiting element is arranged on said male docking element, wherein said second limiting element is arranged on said female docking element, wherein said first limiting element and said second limiting element are detachably snapped to butt said male docking element and said female docking element.
37. A mounting method for a quick-docking junction box, characterized in that, comprising the following steps: (A) presetting a male docking element connected with a wire of an external circuit and a female docking element connected with a lamp body; and (B) matching and connecting a first male electrical connection end of said male docking element and a female electrical connection end of a female docking element.
38. The mounting method of the quick-docking junction box, as recited in claim 37, the step (B) of the mounting method of the quick-docking junction box further comprising the following step: (B.0) pushing said first male electrical connection end of said male docking element and said female electrical connection end of said female docking element to to embed in a straight-push manner, so as to electrically connect said male docking element and said female docking element.
39. The mounting method of the quick-docking junction box, as recited in claim 37, the step (B) of the mounting method of the quick-docking junction box further comprising the following steps: (B. I) aligning said first male electrical connection end of said male docking element and said female electrical connection end of said female docking element toward each other; and (B.2) pushing a first limiting element provided on said male docking element to engage with said second limiting element provided on said female docking element, so as to snap said male docking element and said female docking element.
40. The mounting method of the quick-docking junction box, as recited in claim 37, the step (A) of the mounting method of the quick-docking junction box further comprising the following steps: (A.1) embedding said wire of said external circuit to said second male electrical connection end of said male docking element; and (A.2) Pressing said wire of said external circuit to said second male electrical connection end.
41. The mounting method of the quick-docking junction box, as recited in claim 40, the step (A.2) of the mounting method of the quick-docking junction box further comprising the following step: (A.2.1) restricting said wire of said external circuit to said second male electrical connection end in a locking snap manner.
42. The mounting method of the quick-docking junction box, as recited in claim 40, the step (A.2) of the mounting method of the quick-docking junction box further comprising the following step: (A.2.I') restricting said wire of said external circuit to said second male electrical connection end in a pressing snap manner.
43. The mounting method of the quick-docking junction box, as recited in claim 39, the step (B.2) after of the mounting method of the quick-docking junction box further comprising the following step: (B.3) snapping said first limiting element to said first limiting element with a button.