Waterproof lamp wire seat

Abstract

The utility model relates to a waterproof lamp wire seat, which comprises a wire seat (10), a lamp (20) and a waterproof part (30), the waterproof part (30) is arranged in the wire seat (10), the wire seat (10) is connected with the lamp (20), the waterproof part (30) is connected between the wire seat (10) and the lamp (20) in a sealing way, a concave cavity (11) is arranged on the wire seat (10), the waterproof part (30) is arranged in the concave cavity (11), and the waterproof part (30) is arranged in the concave cavity (11). The waterproof part (30) is arranged around the concave cavity (11) in a surrounding mode, a wire inlet (21) is formed in the lamp (20), and the waterproof part (30) is connected to the outer portion of the wire inlet (21) of the lamp (20) in a surrounding mode.

Description

Technical Field

[0001] The utility model relates to a waterproof lamp socket, in particular to a male-female head socket applicable to a lamp system, and realizes reliable waterproof and stable connection functions of the socket through waterproof and fixed structural designs. Background Art

[0002] In modern lamp systems, the waterproofness and stability of power connectors are important factors affecting the performance and service life of lamps. With the increasing applications of lamps in outdoor lighting and humid environments, many problems have emerged in the waterproof performance and durability of traditional male-female head sockets. Existing male-female head sockets mostly adopt methods such as using sealing rings or injecting glue to achieve waterproofing, but these methods have the following problems in actual use:

[0003] First of all, traditional sealing rings are prone to aging and cracking after long-term use, resulting in a gradual decline in the sealing effect and thus affecting the waterproof performance. Especially when exposed to high temperature, low temperature or large humidity changes for a long time, the performance decline of the sealing ring is more obvious.

[0004] Secondly, existing waterproof male-female head sockets usually rely on a single structural design to achieve waterproofing and connection. When the device is subjected to external forces or frequent vibrations, the problem of loose connection easily occurs, resulting in the failure of the waterproof effect. This structural problem is particularly prominent in outdoor application scenarios, further affecting the reliability and safety of the device.

[0005] Finally, to improve the waterproof performance, some new sockets are designed with complex sealing structures, such as multi-layer sealing, injecting special sealant, etc. Although these methods have improved the waterproof effect to a certain extent, they have increased the manufacturing difficulty and production cost, and are inconvenient for maintenance and replacement, which is not conducive to large-scale applications. Summary of the Invention

[0006] The technical solution adopted by the utility model is as follows: a waterproof lamp socket, including a socket (10), a lamp (20) and a waterproof part (30). The waterproof part (30) is arranged in the socket (10), the socket (10) is connected to the lamp (20), and the waterproof part (30) is hermetically connected between the socket (10) and the lamp (20).

[0007] The socket (10) is provided with a concave cavity (11), the waterproof part (30) is arranged in the concave cavity (11), the waterproof part (30) is arranged around the concave cavity (11), the lamp (20) is provided with an inlet (21), and the waterproof part (30) is connected around the outside of the inlet (21) of the lamp (20).

[0008] The wire base (10) has a connecting end face (12), and the concave cavity (11) is recessed in the connecting end face (12). The concave cavity (11) includes a concave surface (111) and side walls (112). Among them, the side walls (112) are arranged around the concave surface (111), the side walls (112) are connected between the concave surface (111) and the connecting end face (12), and the concave surface (111) is recessed in the connecting end face (12).

[0009] The waterproof part (30) is connected to the side wall (112) of the concave cavity (11). The waterproof part (30) is arranged around the concave surface (111) along the side wall (112). The waterproof part (30) includes a placement part (31) and a protruding part (32). Among them, the placement part (31) is connected to the bottom of the protruding part (32). The placement part (31) is arranged in the concave cavity (11) of the wire base (10). The bottom of the placement part (31) is connected to the concave surface (111). The placement part (31) is hermetically connected to the side wall (112). The protruding part (32) protrudes outside the concave cavity (11), and the protruding part (32) protrudes relative to the connecting end face (12).

[0010] The lamp (20) has a mating end face (22), and the wire inlet (21) is arranged on the mating end face (22). The waterproof part (30) is connected between the connecting end face (12) of the wire base (10) and the mating end face (22) of the lamp (20). The protruding part (32) of the waterproof part (30) contacts and fits with the mating end face (22).

[0011] The wire base (10) further includes an outlet interface (13). The outlet interface (13) protrudes in the concave cavity (11). The outlet interface (13) is connected to the concave surface (111) of the concave cavity (11). The outlet interface (13) protrudes relative to the connecting end face (12). The outlet interface (13) of the wire base (10) is inserted into the corresponding wire inlet (21) of the lamp (20).

[0012] The beneficial effects of the present utility model are as follows: The present utility model provides a waterproof lamp wire base, which realizes excellent waterproof effects by providing an inner groove and a silicone waterproof ring in the wire base. This design ensures long-term stable waterproof performance while avoiding the problem of waterproof failure caused by the aging of traditional sealing rings. The silicone ring will deform to fill the gaps when subjected to external pressure, thereby further improving the sealing performance and adapting to various complex usage environments.

[0013] The present utility model provides a waterproof lamp socket, which has a simple structural design and is convenient for quick installation and use. In practical applications, the socket adopts a screw fixation method. By screwing the screws into the fixing holes of the lamp, the entire connection structure becomes more stable and earthquake-resistant. Compared with the prior art, this design avoids the problems of loose connection and loss of waterproof function caused by unstable structure, thereby improving the reliability of the lamp system in outdoor and harsh environments.

[0014] The present utility model provides a waterproof lamp socket, which has a simple production process and low manufacturing cost, and is suitable for large-scale production. By reducing the complex sealing layer and glue injection process in the design of the male and female socket, the production efficiency of the product is improved, and the maintenance cost is reduced. In addition, the use of anti-aging materials ensures the long-term stable performance of the socket during long-term use, making it have a wide range of market application prospects.

[0015] In summary, the present utility model provides a waterproof lamp socket, which has excellent waterproof effect, stable structural design and simple and economical production process, and is especially suitable for use in outdoor, humid and other harsh environments, greatly improving the safety and durability of the lamp system. Brief Description of the Drawings

[0016] Figure 1 It is a schematic diagram of the waterproof lamp socket of the present utility model.

[0017] Figure 2 It is a schematic diagram of the socket and the waterproof part of the waterproof lamp socket of the present utility model.

[0018] Figure 3 It is an exploded structural schematic diagram of the socket and the waterproof part of the waterproof lamp socket of the present utility model.

[0019] Figure 4 It is a schematic diagram of the structural waterproof part of the waterproof lamp socket of the present utility model.

[0020] Figure 5 It is a partially enlarged schematic diagram of the socket and the waterproof part of the waterproof lamp socket of the present utility model.

[0021] Figure 6 It is a partially enlarged schematic diagram of the waterproof lamp socket of the present utility model.

[0022] Figure 7 It is a schematic diagram of the structure of the socket and the waterproof part of the waterproof lamp socket of the present utility model.

[0023] Figure 8 It is a schematic diagram of another perspective of the socket of the waterproof lamp socket of the present utility model.

[0024] Figure 9This is a schematic exploded view of the structure of a waterproof lamp socket of the present utility model. Detailed implementation mode

[0025] As Figures 1 to 9 shown, a waterproof lamp socket includes a socket (10), a lamp (20), and a waterproof part (30).

[0026] As Figures 1 to 2 shown, the waterproof part (30) is arranged in the socket (10), the socket (10) is connected to the lamp (20), and the waterproof part (30) is sealingly connected between the socket (10) and the lamp (20).

[0027] During specific implementation, when the socket (10) is connected to the lamp (20), the waterproof part (30) can make the connection between the socket (10) and the lamp (20) completely sealed, so as to achieve the waterproof effect.

[0028] Further, a concave cavity (11) is provided on the socket (10), the waterproof part (30) is arranged in the concave cavity (11), and the waterproof part (30) is arranged around the concave cavity (11).

[0029] An inlet port (21) is provided on the lamp (20).

[0030] When the socket (10) is connected to the lamp (20), the waterproof part (30) is tightly connected around the outside of the inlet port (21) of the lamp (20).

[0031] In practice, the waterproof part (30) is a waterproof silicone ring.

[0032] The main inventive concept of the present utility model is that by means of the concave cavity (11) recessed on the socket (10), the waterproof part (30) can be stably fixed in the socket (10). The waterproof part (30) is a waterproof silicone ring. When the socket (10) is connected to the lamp (20), the waterproof part (30) is tightly connected around the outside of the inlet port (21) of the lamp (20). The waterproof silicone ring tightly wraps the inlet port (21) of the lamp (20), forming a circumferential seal outside the inlet port (21), thereby preventing water from entering the inlet port (21) and achieving effective waterproof protection for the lamp.

[0033] As Figure 3 shown, the socket (10) has a connection end face (12), and the concave cavity (11) is recessed on the connection end face (12).

[0034] The concave cavity (11) includes a concave surface (111) and side walls (112). Among them, the side walls (112) are arranged around the concave surface (111), the side walls (112) are connected between the concave surface (111) and the connection end face (12), and the concave surface (111) is recessed in the connection end face (12).

[0035] The waterproof part (30) is connected to the side wall (112) of the concave cavity (11), and the waterproof part (30) is arranged around the concave surface (111) along the side wall (112).

[0036] As Figure 4 shown, the waterproof part (30) includes a placement part (31) and a protruding part (32). Among them, the placement part (31) is connected to the bottom of the protruding part (32).

[0037] As Figures 5 to 6 shown, the placement part (31) is arranged in the concave cavity (11) of the wire base (10), the bottom of the placement part (31) is connected to the concave surface (111), and the placement part (31) is hermetically connected to the side wall (112).

[0038] The protruding part (32) protrudes outside the concave cavity (11), and the protruding part protrudes relative to the connection end face (12).

[0039] The lamp (20) has a mating end face (22), and the inlet (21) is arranged on the mating end face (22).

[0040] During specific implementation, the waterproof part (30) is connected between the connection end face (12) of the wire base (10) and the mating end face (22) of the lamp (20).

[0041] The protruding part (32) of the waterproof part (30) contacts and fits with the mating end face (22).

[0042] When working, when the waterproof part (30) is sleeved in the concave cavity (11) of the wire seat (10), the waterproof part (30) is in close fit with the side wall (112) of the concave cavity (11), and the placement part (31) is fixedly arranged in the concave cavity (11), so that the placement part (31) is in close fit with the concave surface (111) of the concave cavity (11). In addition, the waterproof part (30) is also in contact with the mating end face (22) of the lamp (20) and forms a sealed connection. At the same time, the protruding part (32) protrudes relative to the connection end face (12) and forms a waterproof barrier outside the concave cavity (11), effectively blocking water outside the concave cavity (11), thereby ensuring that water does not enter the concave cavity (11) and further preventing moisture from penetrating into the inlet opening (21) on the mating end face (22).

[0043] It is worth mentioning that, as Figures 7 to 9 shown, the wire seat (10) further includes an outlet interface (13), the outlet interface (13) protrudes in the concave cavity (11), the outlet interface (13) is connected to the concave surface (111) of the concave cavity (11), and the outlet interface (13) protrudes relative to the connection end face (12).

[0044] The outlet interface (13) corresponds to the inlet opening (21) of the lamp (20).

[0045] During specific implementation, the outlet interface (13) of the wire seat (10) is inserted into the corresponding inlet opening (21) of the lamp (20).

[0046] The wire seat (10) also has a back end face (14), and several fixing part mounting holes (141) are provided on the back end face (14), and each of the fixing part mounting holes (141) is arranged around the back end face (14).

[0047] Several fixing part through holes (113) are also provided on the concave cavity (11) of the wire seat (10), and each of the fixing part through holes (113) is arranged around the concave surface (111).

[0048] Each of the fixing part mounting holes (141) on the back end face (14) corresponds to one of the fixing part through holes (113) on the concave cavity (11), and each of the fixing part mounting holes (141) is respectively communicated with the corresponding fixing part through hole (113).

[0049] Several fixing holes (221) are provided on the mating end face (22) of the lamp (20), and each of the fixing holes (221) is arranged around the mating end face (22).

[0050] Each of the fixing holes (221) corresponds one-to-one with the through holes (113) of the fixing members on the wire base (10).

[0051] During specific implementation, a fixing member (142) is inserted through each of the fixing member mounting holes (141) on the back end face (14) of the wire base (10). The fixing member (142) passes through the corresponding and communicating through holes (113) of the fixing members one by one, and is fixedly connected to the fixing holes (221) on the mating end face (22) corresponding to the through holes (113) of the fixing members.

[0052] During operation, the waterproof part (30) is a waterproof silicone ring. When the wire base (10) provided with the waterproof silicone ring is installed on the lamp (20), the wire outlet interface (13) of the wire base (10) will be inserted into the corresponding wire inlet (21) of the lamp (20). Subsequently, the fixing members (142) are passed through each of the fixing member mounting holes (141) on the back end face (14) and the corresponding and communicating through holes (113) of the fixing members one by one, and finally fixed in the corresponding fixing holes (221) on the mating end face (22). Through this process, pressure can be applied to the waterproof silicone ring, causing the waterproof silicone ring to deform, further enhancing the overall sealing performance and waterproof effect.

[0053] In practice, the fixing member (142) can be a self-tapping screw.

Claims

1. A waterproof lamp wire holder, comprising a wire holder (10), a lamp (20) and a waterproof portion (30), wherein the waterproof portion (30) is arranged in the wire holder (10), the wire holder (10) is connected to the lamp (20), and the waterproof portion (30) is sealedly connected between the wire holder (10) and the lamp (20), characterized in that: The wire holder (10) is provided with a cavity (11), the waterproof portion (30) is arranged in the cavity (11), the waterproof portion (30) is arranged around the cavity (11), the lamp (20) is provided with a wire inlet (21), the waterproof portion (30) is connected around the outside of the wire inlet (21) of the lamp (20), The wire holder (10) has a connecting end surface (12), the concave cavity (11) is concavely arranged on the connecting end surface (12), the concave cavity (11) comprises a concave surface (111) and a side wall (112), wherein the side wall (112) is arranged around the concave surface (111), the side wall (112) is connected between the concave surface (111) and the connecting end surface (12), and the concave surface (111) is concavely arranged in the connecting end surface (12). The waterproof part (30) is connected to the side wall (112) of the concave cavity (11). The waterproof part (30) is arranged on the concave surface (111) along the side wall (112). The waterproof part (30) comprises a placement part (31) and a protruding part (32). The placement part (31) is connected to the bottom of the protruding part (32). The placement part (31) is arranged in the concave cavity (11) of the wire holder (10). The bottom of the placement part (31) is connected to the concave surface (111). The placement part (31) is sealedly connected to the side wall (112). The protruding part (32) protrudes outside the concave cavity (11). The protruding part (32) protrudes relative to the connecting end surface (12). The lamp (20) has a matching end surface (22), the wire inlet (21) is arranged on the matching end surface (22), the waterproof part (30) is connected between the connection end surface (12) of the wire holder (10) and the matching end surface (22) of the lamp (20), and the protruding part (32) of the waterproof part (30) is in contact with and in contact with the matching end surface (22). The wire holder (10) further comprises a wire outlet interface (13), the wire outlet interface (13) being protruding in the concave cavity (11), the wire outlet interface (13) being connected to the concave surface (111) of the concave cavity (11), the wire outlet interface (13) being protruding relative to the connection end surface (12), the wire outlet interface (13) corresponding to the wire inlet (21) of the lamp (20), and the wire outlet interface (13) of the wire holder (10) being inserted into the corresponding wire inlet (21) of the lamp (20).

2. A waterproof lamp wire holder as claimed in claim 1, characterized in that: The wire holder (10) further comprises a back end surface (14), on which a plurality of fixing member installation holes (141) are arranged, and each of the fixing member installation holes (141) is arranged around the back end surface (14). The concave cavity (11) of the wire holder (10) further comprises a plurality of fixing member through holes (113), and each of the fixing member through holes (113) is arranged around the concave surface (111). Each of the fixing member installation holes (141) on the back end surface (14) is provided with a plurality of fixing member through holes (113). ) correspond one-to-one with the fixing member through hole (113) on the concave cavity (11), each of the fixing member installation holes (141) is respectively connected to the corresponding fixing member through hole (113), and a plurality of fixing holes (221) are provided on the matching end surface (22) of the lamp (20), each of the fixing holes (221) is arranged around the matching end surface (22), and each of the fixing holes (221) corresponds one-to-one with the fixing member through hole (113) on the wire holder (10).

3. A waterproof lamp wire holder as claimed in claim 2, characterized in that: A fixing member (142) is inserted into each fixing member installation hole (141) on the back end surface (14) of the wire holder (10); the fixing members (142) pass through corresponding fixing member through holes (113) and are fixedly connected to the fixing holes (221) on the matching end surface (22) corresponding to the fixing member through holes (113).

4. A waterproof lamp wire holder as claimed in claim 3, characterized in that: The fixing member (142) is a self-tapping screw.

5. A waterproof lamp wire holder as claimed in claim 1, characterized in that: The waterproof part (30) is a waterproof silicone ring.

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