TWM460991U - Improved LED lamp - Google Patents

Description

LED lamp improved structure

The present invention relates to a technical field of the structure of an LED lamp, and more particularly to an improved structure of an LED lamp having the advantages of being easy to assemble, reducing maintenance time and cost, and prolonging the service life.

At present, the LED lamps commonly used in the market, as shown in the Taiwan Patent No. M411511 and M429040, mainly have the driver disposed inside the lamp holder, and then the power cable is connected to the external wire and the wire is connected by the driver. It is fixed on the light-emitting module, and then the two side covers are combined at both ends of the lamp body. Therefore, it is very troublesome and inconvenient to assemble. In particular, during the maintenance, the side cover and the lamp cover are first removed, the driver is taken out of the lamp holder, and the light module is removed from the lamp holder, and then the driver and the light module are replaced. The group is back, so the maintenance is very troublesome. Generally, non-professionals cannot easily complete it, and usually need to be treated by a plumber, so the maintenance is very time-consuming and the maintenance cost is high. In particular, most of the general faults are only electronic components on the drive, but the repairs need to be replaced together with the normal state of the light-emitting module, which not only wastes but also increases maintenance costs. In addition, since the driver is disposed in the lamp holder, it is close to the heat source such as the light-emitting module, and the heat generated by the light-emitting module is also easily transmitted through the lamp holder. The drive is conducted to the drive, so the drive will be in a high temperature environment for a long time, which will make the electronic components in the drive easily aging and faulty, so the service life will be greatly shortened.

Conventional LED lamps are provided in the lamp holder because of the driver, so there are problems such as assembly trouble, high maintenance time and high cost, and short service life.

The present invention provides an improved structure of an LED lamp, comprising a lamp body, a first side cover, a second side cover and a first driver. The main system of the lamp comprises a lamp holder, a first lighting module, a first lamp cover and a first guiding wire, wherein the lamp holder is a hollow tube body with open ends and one side has a first side The first light emitting module is coupled to the first bonding surface and has a first wire. The first wire has a first plug at one end thereof, and the first lamp cover is coupled to the first bonding surface for the cover. The first light-emitting module is disposed in the lamp holder, and one end is connected to one of the external power sources, and the other end has a first conductive plug. The first side cover is detachably coupled to one end of the lamp body for covering the lamp holder and one end surface of the first lamp cover, and the first side cover has an opening facing the first cavity of the lamp body. The second side cover is detachably coupled to the other end of the lamp body for covering the lamp holder and the other end surface of the first lamp cover. The first driver is disposed in the first receiving slot, and includes a first input socket and a first output socket, wherein the first input socket is insertable by the first conductive plug of the first conductive wire, the first An output socket is insertable for the first plug of the first lighting module.

In the present creation, the improved structure of the LED lamp may further include a second driver. The lamp body includes a second light emitting module and a second wire. The second lighting module is coupled to the first bonding surface and covered by the first lamp cover. The second lighting module has a second wire, and the second wire has a second plug at one end. The second guiding wire is disposed in the socket, and one end is connected to the external power source, and the other end has a second guiding plug. The second side cover has an opening facing the second receiving slot of the lamp body, the second driver is disposed in the second receiving slot, and includes a second input socket and a second output socket, the second The input socket can be inserted into the second conductive plug of the second conductive wire, and the second output socket can be inserted into the second plug of the second light emitting module.

In the present invention, the luminaire body can also include a second illuminating module and a second hood. The lamp holder has a second bonding surface, the second lighting module is coupled to the second bonding surface and has a second wire, and one end of the second wire has a second plug, and the second lamp cover is coupled to the second lamp cover. The second bonding surface is configured to cover the second lighting module. The first side cover and the second side cover cover both end faces of the second lamp cover. The first driver includes a second output socket for plugging the second plug of the second lighting module.

The improved LED lamp fixture structure of the present invention is combined with the side cover to form a module by the driver system, so that the driver plug of the guide wire is first inserted into the driver in the side cover during assembly. The input socket, and the plug of the light module is inserted into the output socket of the driver in the side cover, and then the side cover is combined on the main body of the lamp (as shown in the third figure), the assembly can be completed. So the assembly is very fast and convenient. In particular, generally the driver in the LED luminaire The failure rate of the electronic parts is much higher than other components, and its service life is also the shortest. Therefore, the repair only needs to replace the side cover together with the internal drive, so the maintenance The system is very simple, and can be easily completed by non-professionals. It is also only necessary to purchase a set of side covers with a drive inside, which can also save maintenance costs. In addition, since the driver is disposed in the side cover, it is away from the heat source such as the light-emitting module, and the heat generated by the light-emitting module is not easily transmitted to the driver, so that the electronic components on the driver can be made longer. Service life.

1‧‧‧Lighting body

10‧‧‧ lamp holder

100‧‧‧ first joint

101‧‧‧Fixed surface

102‧‧‧Fold

103‧‧‧first hanging hole

104‧‧‧Second hanging hole

105‧‧‧Second junction

11‧‧‧First lighting module

110‧‧‧Circuit board

111‧‧‧LED

112‧‧‧First wire

113‧‧‧First plug

12‧‧‧First lampshade

13‧‧‧First wiring

130‧‧‧Power socket

131‧‧‧First lead plug

14‧‧‧Second lighting module

140‧‧‧second wire

141‧‧‧Second plug

15‧‧‧Second wiring

150‧‧‧Second conductive plug

16‧‧‧second lampshade

2‧‧‧First side cover

20‧‧‧First slot

21‧‧‧ first partition

22‧‧‧First extension

3‧‧‧Second side cover

30‧‧‧Second capacity

31‧‧‧Second partition

32‧‧‧Second extension

4‧‧‧First drive

40‧‧‧first input socket

41‧‧‧First output socket

42‧‧‧second output socket

5‧‧‧Second drive

50‧‧‧second input socket

51‧‧‧second output socket

Figure 1 is a perspective exploded view of the first embodiment of the present invention.

Fig. 2 is a partially enlarged schematic view of Fig. 1.

Figure 3 is a partially assembled schematic view of the first embodiment of the creation.

Figure 4 is a perspective exploded view of the second embodiment of the creation.

Fig. 5 is a perspective exploded view showing the third embodiment of the creation.

Please refer to the first embodiment of the improved structure of the LED lamp of the present invention as shown in FIGS. 1~3. It is shown that the LED lamp comprises a lamp body 1, a first side cover 2, a second side cover 3 and a first driver 4. among them:

The lamp body 1 includes a lamp holder 10, a first lighting module 11, a first lamp cover 12 and a first wire guide 13. The lamp holder 10 is an aluminum extruded type hollow tube body having open ends, and has a first joint surface 100 located on the opposite side. And a fixed surface 101. The fixing surface 101 has an annular shape and one side of the long hole is not closed. The inner side of the long hole defines a flap 102 which can be bent inwardly, and the fixing surface 101 is further provided with The first hanging hole 103 and the second hanging hole 104 can be hung on the fixing nails on the ceiling or the wall surface. The first hanging hole 103 has a first insertion hole and a first aperture formed by a small aperture extending from a side of the first insertion hole. The second hanging hole 104 has a second insertion hole, a small aperture and a second card hole extending from one side of the second insertion hole and having an arc shape and a central portion communicating with the second card hole. An arcuate hole. The first light-emitting module 11 includes a strip-shaped circuit board 110 and a plurality of LEDs 111 electrically connected to the circuit board 110 and a first wire 112. One end of the first wire 112 has a first plug 113, and the circuit board 110 is screwed to the first joint surface 100 by a plurality of screws. The first lamp cover 12 is made of a light transmissive material and is coupled to the first bonding surface 100 for covering the first light emitting module 11 . The first guiding wire 13 has a power socket 130 at one end and a first guiding plug 131 at the other end. The power socket 130 is fixedly coupled to the flap 102 for plugging in a power plug (not shown) of one of the external power cords.

The first side cover 2 is made of a plastic material, and can be detachably screwed to one end of the socket 10 by a plurality of bolts for covering the lamp holder 10 and one end surface of the first lamp cover 12. The first side cover 2 has an opening facing the first receiving slot 20 of the lamp body 1 , and the first side cover 2 has a first partition 21 for sealing the opening of the first receiving slot 20 . The first partition plate 21 has a first extending piece 22 extending into the first receiving groove 20.

The second side cover 3 is made of plastic material and can be used with a plurality of bolts. A separate screw is coupled to the other end of the socket 10 for covering the lamp holder 10 and the other end surface of the first lamp cover 12.

The first driver 4 is coupled to the first extension piece 22 to be positioned in the first housing 20. The first driver 4 includes a first input socket 40 and a first output socket 41 coupled to the first partition 21, and the first input socket 40 is available for the first guide of the first conductive line 13. The first output socket 41 can be inserted into the first plug 113 of the first lighting module 11 .

Since the first driver 4 of the present invention is combined with the first side cover 2 to form a module, it is only necessary to first insert the first conductive plug 131 on the first conductive wire 13 in the first assembly. The first input socket 40 of the first driver 4 in the side cover 2, and the first output socket 41 of the first driver 4 in which the first plug 113 of the first lighting module 11 is inserted into the first side cover 2 Then, the first side cover 2 is then coupled to one end of the lamp holder 10 to complete the assembly, so the assembly is very fast and convenient. In particular, it is only necessary to replace the first side cover 2 having the first driver 4 inside during maintenance, so the maintenance is very simple, and can be easily completed by non-professionals, and only needs to be completed. It is sufficient to purchase a first side cover 2 in which a first driver 4 is disposed, thereby saving maintenance costs. In addition, since the first driver 4 is disposed in the first side cover 2 of the plastic material and is covered by the first spacer 21 in the first housing 20, it is away from the first illumination module. The group 11 (heat source), and the heat generated by the first light-emitting module 11 is not easily conducted to the first driver 4, so that the electronic components on the first driver 4 can have a long service life.

Referring to FIG. 4, it is a second embodiment of the present invention, and its structure is similar to that of the first embodiment. The difference is that the second embodiment further includes a second driver 5. The luminaire main body 1 includes a second illuminating module 14 and a second guiding line 15 . The second light-emitting module 14 has the same structure as the first light-emitting module 11 , and the second light-emitting module 14 is coupled to the first joint surface 100 and covered by the first lamp cover 12 . The second light emitting module 14 has a second wire 140, and the second wire 140 has a second plug 141 at one end thereof. The second guiding wire 15 is disposed in the socket 10, and one end is connected to the power socket 130, and the other end has a second guiding plug 150. The second side cover 3 has an opening facing the second receiving slot 30 of the lamp body 1 , and the second side cover 3 has a second partition 31 for covering the opening of the second receiving slot 30 . The second partition 31 has a second extending piece 32 extending into the second receiving groove 30. The second driver 5 is fixedly mounted on the second extending piece 32 to be located in the second receiving slot 30. The second driving unit 5 includes a second input socket 50 and a second output socket 51. The second input socket 50 can be inserted into the second guiding plug 150 of the second guiding wire 15 , and the second output socket 51 can be inserted into the second plug 141 of the second lighting module 14 . Thus, the second embodiment can be as simple as the first embodiment, and has the effects of simple assembly, easy maintenance, low maintenance cost, and long service life.

Referring to FIG. 5 , it is a third embodiment of the present invention, and the structure thereof is similar to that of the first embodiment. The difference is that the lamp body 1 of the third embodiment includes a second light emitting module 14 and a second The lamp cover 16 has a second bonding surface 105. The structure of the second light emitting module 14 and the first light emitting module 11 The second light emitting module 14 is coupled to the second bonding surface 105 and has a second wire 140. The second wire 140 has a second plug 141 at one end. The second lamp cover 16 is coupled to the second bonding surface 105 for covering the second lighting module 14 . The first side cover 2 and the second side cover 3 cover both end faces of the second lamp cover 16 . The first driver 4 includes a second output socket 42 for the second plug 141 of the second lighting module 14 to be inserted. Thus, the third embodiment can be as simple as the first embodiment, and has the effects of simple assembly, easy maintenance, low maintenance cost, and long service life.

1‧‧‧Lighting body

10‧‧‧ lamp holder

100‧‧‧ first joint

101‧‧‧Fixed surface

102‧‧‧Fold

103‧‧‧first hanging hole

104‧‧‧Second hanging hole

11‧‧‧First lighting module

110‧‧‧Circuit board

111‧‧‧LED

112‧‧‧First wire

113‧‧‧First plug

12‧‧‧First lampshade

13‧‧‧First wiring

130‧‧‧Power socket

131‧‧‧First lead plug

2‧‧‧First side cover

20‧‧‧First slot

21‧‧‧ first partition

22‧‧‧First extension

3‧‧‧Second side cover

4‧‧‧First drive

40‧‧‧first input socket

41‧‧‧First output socket

Claims (9)

An improved structure of an LED lamp comprises: a lamp body comprising a lamp holder, a first lighting module, a first lamp cover and a first guiding wire, wherein the lamp holder is a hollow tube body having open ends And the first light emitting module is coupled to the first bonding surface and has a first wire. The first wire has a first plug at one end thereof, and the first lamp cover is combined. The first light-emitting module is disposed on the first bonding surface, the first conductive wire is disposed in the socket, and one end is connected to one external power source, and the other end has a first conductive plug; a first side cover is detachably coupled to one end of the lamp body for covering the lamp holder and one end surface of the first lamp cover, the first side cover having an opening facing the first cavity of the lamp body; a second side cover is detachably coupled to the other end of the lamp body for covering the lamp holder and the other end surface of the first lamp cover; and a first driver is disposed in the first cavity And including a first input socket and a first output socket, the first input socket A first guide for guiding the first connection wiring connector terminals, the first output of the first light emitting module socket for a first plug connector. The improved structure of the LED lamp of claim 1, further comprising a second driver, wherein the lamp body comprises a second lighting module and a second guiding wire, and the second lighting module is coupled to the first bonding surface The second light-emitting module has a second wire, and the second wire has a second plug at one end thereof, the second wire is disposed in the lamp holder, and one end is Available for connection The external power supply has a second conductive plug at the other end, the second side cover has an opening facing the second receiving slot of the lamp body, and the second driver is disposed in the second receiving slot and includes a a second input socket and a second output socket, wherein the second input socket can be inserted into the second conductive plug of the second conductive cable, and the second output socket can be inserted into the second plug of the second lighting module Pick up. The improved structure of the LED lamp of claim 1, wherein the lamp body comprises a second lighting module and a second lamp cover, the lamp socket has a second bonding surface, and the second lighting module is coupled to the second The second wire has a second plug at one end of the second wire, and the second lamp cover is coupled to the second bonding surface for covering the second light emitting module, the first side cover and the second side cover The second side cover covers the two end faces of the second lamp cover, and the first driver includes a second output socket for inserting the second plug of the second light emitting module. The improved structure of the LED lamp of claim 1, wherein the first side cover has a first partition for sealing the opening of the first receiving slot, the first partition has a first extending piece extending to The first slot is fixedly coupled to the first slot, and the first input socket and the first output socket of the first driver are disposed on the first partition for the first guide of the first conductive line The connector plug and the first plug of the first light module can be inserted outside the first spacer. The improved structure of the LED lamp of claim 2, wherein the first side cover has a first partition for sealing the opening of the first receiving slot, the first partition has a first extending piece extending to The first capacitor is fixedly coupled to the first capacitor, and the first input socket and the first output socket of the first driver are The first conductive plug for the first conductive wire and the first plug of the first light emitting module are plugged into the first partition, and the second side cover has a first a second partition for sealing the opening of the second receiving slot, the second partition has a second extending piece extending into the first receiving slot for the second driver to be fixedly coupled, and the second driver is second The input socket and the second output socket are disposed on the second partition, and the second conductive plug of the second conductive cable and the second plug of the second light emitting module are plugged into the outer side of the second partition . The improved structure of the LED lamp of claim 3, wherein the first side cover has a first partition for sealing the opening of the first receiving slot, the first partition has a first extending piece extending to The first slot is fixedly coupled to the first slot, and the first input socket, the first output socket and the second output socket of the first driver are disposed on the first partition for the first guide The first guiding plug of the wiring, the first plug of the first lighting module and the second plug of the second lighting module can be inserted outside the first partition. The improved structure of the LED lamp of claim 1 or 3, wherein one side of the socket has a fixing surface, and the fixing surface has an annular hole and one side is not closed. The inner side of the long hole defines a flap which can be bent inwardly, and one end of the first conductive wire has a power socket, and the power socket is combined with a power source fixed on the flap for one power line outside the lamp holder Plug the plug. The improved structure of the LED lamp of claim 2, wherein one side of the socket has a fixing surface, and the fixing surface has an annular shape and one side of the side is not closed, so that the strip is The inside of the hole defines a flap that can be bent inward, the first A guiding wire and one end of the second wire have a power socket, and the power socket is coupled to the power plug of the power cable of the one outside the lamp holder. The improved structure of the LED lamp of claim 1 or 2 or 3, wherein one side of the socket has a fixing surface, and the fixing surface is provided with a first hanging hole and a second hanging hole for hanging The first hanging hole has a first insertion hole and a first aperture, and the first hole is extended from a side of the first insertion hole, and the second hanging hole is formed on the fixing pin of the ceiling or the wall. The hole has a second insertion hole, a second aperture formed in a strip shape extending from the side of the second insertion hole, and a curved hole having an arc shape and a central portion communicating with the second insertion hole.