Abstract: A lamp with hybrid connector is provided, which includes a lamp tube and two lamp caps. The lamp caps are disposed at the two ends of the lamp tube respectively. Each of the lamp caps includes an end surface, two first connection structures and two second connection structure. The end surface has a central point. The first connection structures are disposed on the end surface and are arranged to be symmetrical, about the central point, to each other. The second connection structures are corresponding to the first connection structures. The second connection structures are disposed on the end surface and are arranged to be symmetrical, about the central point, to each other. Since each of the lamp caps has a symmetrical connection structure, any one of the two ends of the lamp tube can be connected to another lamp tube in series.

Abstract: A spliced lamp tube is provided, which includes a first lamp tube assembly, a first adaptor assembly, a second lamp tube assembly and a second adaptor assembly. The first lamp tube assembly includes a first lamp head and a first light source board, and one end of the first light source board is connected to the first lamp head. The second lamp tube assembly includes a second lamp head and a second light source board, and one end of the second light source board is connected to the second lamp head. The first lamp tube assembly is connected to the first adaptor assembly and the second lamp tube assembly is connected to the second adaptor assembly. The first adaptor assembly and the second adaptor assembly can be spliced together in order to combine the first lamp tube assembly with the second lamp tube assembly.

Abstract: A manufacturing method for a light board includes step a, covering a light reflection layer on one surface of a galvanized plate; step b, producing a forming space by applying a stamping process along a direction from the light reflection layer to the galvanized plate; and step c, disposing a plurality of light bead bars on the light reflection layer. Accordingly, as one surface of the galvanized plate is covered by the light reflection layer, the application of the light reflection layer at the inner surface of the board increases the light reflection performance of the board so as to improve the whole lighting effect and the illumination performance of the light board. Moreover, as the outer surface of the board is the galvanized plate, the outer surface of the board has the anti-corrosion effect.

Abstract: A manufacturing method for a light board includes step a, covering a light reflection layer on one surface of a galvanized plate; step b, producing a forming space by applying a stamping process along a direction from the light reflection layer to the galvanized plate; and step c, disposing a plurality of light bead bars on the light reflection layer. Accordingly, as one surface of the galvanized plate is covered by the light reflection layer, the application of the light reflection layer at the inner surface of the board increases the light reflection performance of the board so as to improve the whole lighting effect and the illumination performance of the light board. Moreover, as the outer surface of the board is the galvanized plate, the outer surface of the board has the anti-corrosion effect.

Abstract: An advertising lamp, which including multiple LED lamp tubes. The two ends of each LED lamp tube are respectively provided with a first butt joint and a second butt joint, in which the first butt joint of the LED lamp tube is connected with the second butt joint of another LED lamp tube. At least one mounting tube, which is set between two LED lamp tubes and secures the first and second butt joint of the butt joint, so as to realize multiple assembly and use with power wires.

Abstract: An aiding device for lamp heat dissipation facilitates the heat dissipation of a lamp. A portion of the lamp has an engaging portion. The aiding device includes an engaging groove, and the engaging groove of the aiding device is adapted to be engaged with the engaging portion of the lamp, so that the aiding device is assembled on the lamp. Accordingly, the temperatures of the power module, the electronic components, or the light emitting components can be reduced through heat dissipation, thereby extending the lifetime of the lamp.

Abstract: A connectable lamp device includes a lamp tube, a first cover body, and a second cover body. The lamp tube includes an upper housing and a lower housing connected to the upper housing. Two ends of the lamp tube include a first tube end and a second tube end, respectively. The outer portion of the first cover body includes a first connecting structure, and the inner portion of the first cover body covers the first tube end. The outer portion of the second cover body includes a second connecting structure, and the inner portion of the second cover body covers the second tube end. Accordingly, several lamp devices may be utilized to replace the lamp panel, and the lamp devices can be utilized in a convenient manner and are applicable in different circumstances.

Abstract: A lamp device with changeable lamp socket includes a light tube, a light source plate received in the light tube, and two lamp sockets locked with two ends of the light tube. The lamp socket includes a first tubular body, a first covering plate, and two conductive plugs. The lamp device further includes two adapter covers detachably locked on the lamp sockets. Each adapter cover includes a second tubular body, a second covering plate, and a conductive component. For each of the lamp sockets and the corresponding adapter cover, the conductive plugs are inserted into insertion holes of the second covering plate, and the conductive component is electrically connected to the conductive plugs, passes through an opening of the second covering plate, and exposed from the second covering plate.

Abstract: A lamp device with changeable lamp socket includes a light tube, a light source plate received in the light tube, and two lamp sockets locked with two ends of the light tube. The lamp socket includes a first tubular body, a first covering plate, and two conductive plugs. The lamp device further includes two adapter covers detachably locked on the lamp sockets. Each adapter cover includes a second tubular body, a second covering plate, and a conductive component. For each of the lamp sockets and the corresponding adapter cover, the conductive plugs are inserted into insertion holes of the second covering plate, and the conductive component is electrically connected to the conductive plugs, passes through an opening of the second covering plate, and exposed from the second covering plate.

Abstract: A detachable panel light includes an outer casing, light emitting members, and magnetic members. The outer casing includes a detachable covering plate and holding members respectively at two sides of the detachable covering plate. One surface of the magnetic member is attached on an inner surface of a receiving groove of the outer casing, and one surface of the magnetic member is attached on the corresponding holding member. The light emitting members are assembled on the outer casing. Each of the light emitting members includes a supporting frame assembled on the corresponding holding member, a light source plate assembled on the supporting frame, and a lightshade assembled on the supporting frame to cover the light source plate. Accordingly, the light emitting members are modularized and attached on the outer casing by the magnetic members. Therefore, the maintenance and the replacement for the LED modules can be convenient.

Abstract: A detachable panel light includes an outer casing, light emitting members, and magnetic members. The outer casing includes a detachable covering plate and holding members respectively at two sides of the detachable covering plate. One surface of the magnetic member is attached on an inner surface of a receiving groove of the outer casing, and one surface of the magnetic member is attached on the corresponding holding member. The light emitting members are assembled on the outer casing. Each of the light emitting members includes a supporting frame assembled on the corresponding holding member, a light source plate assembled on the supporting frame, and a lightshade assembled on the supporting frame to cover the light source plate. Accordingly, the light emitting members are modularized and attached on the outer casing by the magnetic members. Therefore, the maintenance and the replacement for the LED modules can be convenient.

Abstract: A working light includes a frame and a plurality of LED modules located in the frame. Two supporting plates at two ends of the frame are respectively combined with two ratchets. Two ends of the LED modules are combined with ratchet plates. The ratchets are respectively assembled to the ratchet plates to control a rotation angle of the LED modules. The working lights can be stacked with each other in one or more directions. The ratchets are at the side portions of the LED module. Therefore, after the LED module is assembled in the frame of the working light, the ratchets allow the LED module to be rotatable within 180 degrees. Hence, the LED module can be rotated, so that the illumination angle of the LED module is adjustable.