Recessed light

Abstract

Recessed light fixture, characterized by the fact that it includes: a ring body (1), wherein the ring body (1) has an interior space (11); a luminaire body (2), wherein the luminaire body (2) is provided with a control board (3) and with a luminaire assembly (4) electrically connected to the control board (3), wherein the luminaire body (2) is arranged in the interior (11) and is connected to the ring body (1); and a first elastic clamping device (12), wherein the first elastic clamping device (12) is connected to the ring body (1), wherein the first elastic clamping device (12) serves to clamp the recessed light fixture to a ceiling.

Description

TECHNICAL AREA

[0001] The present utility model relates to the field of lighting fixtures and in particular a recessed luminaire. STATE OF THE ART

[0002] As time progresses and quality of life improves, higher demands are placed on the aesthetic design, use of space, and comfort of living and working environments. Modern interior design increasingly strives for simplicity, a holistic approach, and individuality, with lighting selection becoming a key factor in the overall decor.

[0003] Therefore, there is a need on the market to provide a lighting fixture that can be embedded in the ceiling and allows seamless integration with the surface of the suspended ceiling, namely a recessed light fixture, in order to meet people's aesthetic requirements for lighting fixtures. CONTENTS OF THE PRESENT USE SAMPLE

[0004] To eliminate the deficiencies in the prior art, the present utility model provides a recessed luminaire comprising the following: a ring body, wherein the ring body has an interior space; a luminaire body, wherein the luminaire body is provided with a control main board and with a luminaire assembly electrically connected to the control main board, wherein the luminaire body is arranged in the interior and is connected to the ring body; a first elastic clamping device, wherein the first elastic clamping device is connected to the ring body, wherein the first elastic clamping device serves to clamp the recessed light fixture to a ceiling.

[0005] As an improvement to the present utility models, the recessed luminaire further comprises a terminal block, wherein the terminal block is electrically connected to the main control board, wherein the terminal block has four first connection openings, wherein the first connection openings serve for electrical connection to external power supply cables or power supply cables of other recessed luminaires; wherein the four first connection openings comprise two first phase conductor connection openings and two first neutral conductor connection openings.

[0006] As an improvement on the present utility models, the terminal block further comprises at least two second connection openings, wherein the second connection openings include a second phase conductor connection opening and a second neutral conductor connection opening, wherein the control main board is connected to a first conductive pin and a second conductive pin, wherein the first conductive pin can be inserted into the second phase conductor connection opening, and wherein the second conductive pin can be inserted into the second neutral conductor connection opening to electrically connect the control main board to the terminal block.

[0007] As an improvement to the present utility models, the first conductive pin and the second conductive pin are each made of metallic conductive material, wherein the terminal block is rotatably connected to the lamp body via the first conductive pin and the second conductive pin.

[0008] As an improvement on the present utility models, the terminal block comprises a first insulating housing, a first conductive plate, and a second conductive plate, both arranged in the first insulating housing, a first spring clamp, and a second spring clamp, both arranged in the first insulating housing; wherein the first conductive plate is located above the first spring clamp, and wherein the second conductive plate is located above the second spring clamp; wherein the first spring clamp comprises a first spring clamp head and a first spring clamp end, which are arranged opposite each other, and wherein the second spring clamp comprises a second spring clamp head and a second spring clamp end, which are arranged opposite each other;wherein, when the first conductive pin is inserted into the second phase conductor terminal opening, the first spring clamp head serves to press the first conductive pin against the first conductive plate to establish contact, wherein, when the second conductive pin is inserted into the second neutral conductor terminal opening, the second spring clamp head serves to press the second conductive pin against the second conductive plate to establish contact, wherein the hardness of the first conductive pin is less than the hardness of the first spring clamp and the hardness of the second conductive pin is less than the hardness of the second spring clamp.

[0009] As an improvement on the present utility models, the first two phase conductor connection openings are aligned with the first conductive plate and the first end of the spring clamp, wherein the first two neutral conductor connection openings are aligned with the second conductive plate and the second end of the spring clamp; wherein, when the external power supply cable is inserted into the first phase conductor connection opening, the first end of the spring clamp serves to press the external power supply cable against the first conductive plate to establish contact; wherein, when the external power supply cable is inserted into the first neutral conductor connection opening, the second end of the spring clamp serves to press the external power supply cable against the second conductive plate to establish contact.

[0010] As an improvement on the present utility models, the terminal block further comprises a second insulating housing, wherein the second insulating housing is arranged around the first insulating housing, wherein the second insulating housing is provided with a first elastic pressure element and a second elastic pressure element, wherein the first insulating housing has a first opening and a second opening, wherein the first conductive plate has a third opening and the second conductive plate has a fourth opening; wherein, when the first elastic pressure element is pressed, the first elastic pressure element can successively pass through the first opening and the third opening to press down the first spring clamp end, thereby removing the external power supply cable inserted into the first phase conductor terminal opening;wherein, when the second elastic pressure element is pressed, the second elastic pressure element can successively pass through the second opening and the fourth opening to press down the second spring clamp end, thereby removing the external power supply cable inserted into the first neutral terminal opening; wherein the second insulating housing is further provided with a fifth opening and a sixth opening, wherein the first conductive plate is further provided with a seventh opening, wherein the second conductive plate is further provided with an eighth opening, the fifth opening being connected to the seventh opening and arranged correspondingly to the first spring clamp head, and the sixth opening being connected to the eighth opening and arranged correspondingly to the second spring clamp head.

[0011] As an improvement on the present utility models, the luminaire body has a mounting interior and a mounting groove arranged on its base, the mounting groove being provided with a through-opening which is connected to the mounting interior, the main control board being located in the mounting interior, the terminal block being detachably installed in the mounting groove, the first conductive pin and the second conductive pin being guided through the through-opening to connect pluggably to the terminal block; the luminaire body being further detachably connected to a mounting cover, the mounting cover having a recess opening, wherein, when the terminal block is installed in the mounting groove, the mounting cover covers the terminal block in the mounting groove and four first connection openings are exposed through the recess opening.

[0012] As an improvement to the present utility models, a connecting ring is further arranged between the lamp body and the ring body, wherein the ring body is rotatably connected to the connecting ring and the lamp body is rotatably connected to the connecting ring.

[0013] As an improvement on the present utility models, the luminaire body has a first bolt and a second bolt, wherein the connecting ring is provided with a first mounting groove and a second mounting groove, wherein the first bolt is engaged in the first mounting groove and is rotatable in the first mounting groove, wherein the second bolt is engaged in the second mounting groove and is rotatable in the second mounting groove to rotatably connect the connecting ring to the luminaire body; wherein the connecting ring is provided with a third bolt and a fourth bolt, wherein the ring body is provided with a third mounting groove and a fourth mounting groove, wherein the third bolt is engaged in the third mounting groove and is rotatable in the third mounting groove, wherein the fourth bolt is engaged in the fourth mounting groove and is rotatable in the fourth mounting groove to rotatably connect the connecting ring to the ring body;wherein the first bolt and the second bolt are arranged opposite each other and in a first direction, wherein the third bolt and the fourth bolt are arranged opposite each other and in a second direction, wherein the first direction and the second direction are different in order to be able to rotate the lamp body in different directions.

[0014] The positive effects of the utility model are as follows: The present utility model provides a recessed luminaire comprising the following: a ring body, wherein the ring body has an interior; a luminaire body, wherein the luminaire body is provided with a control board and with a luminaire assembly electrically connected to the control board, the luminaire body being arranged in the interior and connected to the ring body; a first elastic clamping device, wherein the first elastic clamping device is connected to the ring body, the first elastic clamping device serving to clamp the recessed luminaire to a ceiling. The aforementioned structure effectively achieves the function of installing the recessed luminaire on the ceiling, with simple operation and stable installation.In comparison to conventional luminaires, the present utility model meets the requirements of modern interior design style for simplicity, allows perfect embedding in the ceiling, achieves seamless integration with the surface of the suspended ceiling and significantly increases user satisfaction with the luminaire. BRIEF DESCRIPTION OF THE DRAWING

[0015] To more clearly explain the technical solution in the embodiments of the present utility model, the figures to be used are briefly introduced below in the explanation of the embodiments. Obviously, the figures in the following explanation represent only some embodiments of the present utility model, and the person skilled in the art in this field can derive other figures from them without incurring any creative effort.

[0016] The present utility model is described in more detail below in connection with the attached drawings and embodiments. Fig. Figure 1 is a schematic representation of the overall structure of the recessed luminaire provided by the present utility model; Fig. Figure 2 is a schematic representation of the terminal block and the luminaire body in a separate state, provided by the present utility model; Fig. Figure 3 is a schematic representation of the structure of the terminal block provided by the present utility model; Fig. Figure 4 is an exploded view of the terminal block provided by the present utility model; Fig. Figure 5 is a sectional view along the second elastic pressure element of the terminal block provided by the present utility model; Fig. Figure 6 is a sectional view along the first elastic pressure element of the terminal block provided by the present utility model; Fig. Figure 7 is an exploded view of the built-in luminaire provided by the present utility model; Fig. Figure 8 is a sectional view along the third and fourth bolts provided by the present utility model; Fig. Figure 9 is a sectional view along the first and second bolts provided by the present utility model; Fig. Figure 10 is a schematic representation of the overall structure of the recessed luminaire from a different perspective, provided by the present utility model; and Fig. Figure 11 is a schematic representation of the lampshade and the lamp body in a separate state, provided by the present utility model. DETAILED DESCRIPTION

[0017] With reference to the Fig.Figures 1 to 11 provide an embodiment of the present utility model, comprising a recessed luminaire comprising: a ring body 1, wherein the ring body 1 has an interior 11; a luminaire body 2, wherein the luminaire body 2 is provided with a control board 3 and with a luminaire assembly 4 electrically connected to the control board 3, the luminaire body 2 being arranged in the interior 11 and connected to the ring body 1; a first elastic clamping device 12, wherein the first elastic clamping device 12 is connected to the ring body 1, the first elastic clamping device 12 serving to clamp the recessed luminaire to a ceiling. It further comprises a second elastic clamping device 13, wherein the first elastic clamping device 12 and the second elastic clamping device 13 are each connected to the two sides of the ring body 1.Due to the structure described above, during installation, the first elastic clamping device 12 and the second elastic clamping device 13 are first compressed. The entire recessed luminaire is then inserted into the pre-opened mounting hole in the ceiling. Upon release, the first elastic clamping device 12 uses its elastic restoring force to expand outwards and press firmly against the back of the ceiling, thus reliably clamping and securing the recessed luminaire to the ceiling. This effectively enables the recessed luminaire to be installed in the ceiling, with simple operation and a stable installation. Compared to conventional luminaires, this utility model meets the requirements of modern interior design styles for simplicity, allows for perfect recessing into the ceiling, achieves seamless integration with the surface of the suspended ceiling, and significantly increases user satisfaction with the luminaire.

[0018] In one embodiment, it further comprises a terminal block 5, wherein the terminal block 5 is electrically connected to the main control board 3, and wherein the terminal block 5 has four first connection openings 51, the first connection openings 51 serving for electrical connection to external power supply cables or power supply cables of other recessed luminaires; wherein the four first connection openings 51 comprise two first phase conductor connection openings 511 and two first neutral conductor connection openings 512. The above-mentioned structure allows the operator, during installation, to connect the phase conductor and the neutral conductor of the external power supply cable to any set of the first phase conductor connection opening 511 and the first neutral conductor connection opening 512 of the terminal block 5 in order to supply the power supply.If a subsequent recessed luminaire is to be connected to form a parallel circuit, the cable from the remaining group can be routed from the first phase conductor connection opening 511 and the first neutral conductor connection opening 512 to the next luminaire. This design allows for convenient parallel connection, significantly simplifying the wiring complexity of multiple series-connected lamps, eliminating the wiring problems associated with conventional methods, increasing installation efficiency, and improving the reliability and safety of the electrical connection.

[0019] In this embodiment, the terminal block 5 further comprises at least two second connection openings 52, wherein the second connection openings 52 include a second phase conductor connection opening 521 and a second neutral conductor connection opening 522, wherein the control main board 3 is connected to a first conductive pin 31 and a second conductive pin 32, wherein the first conductive pin 31 can be inserted into the second phase conductor connection opening 521, and wherein the second conductive pin 32 can be inserted into the second neutral conductor connection opening 522 to electrically connect the control main board 3 to the terminal block 5.The structure described above allows the main control board 3 to be inserted directly into the second phase conductor connection opening 521 and second neutral conductor connection opening 522 of the terminal block 5 via the first conductive pin 31 and second conductive pin 32 soldered to it, thus enabling a quick electrical connection, allowing the terminal block 5 to be quickly connected to the luminaire body 2, simplifying operation and significantly simplifying the internal assembly process.

[0020] In this embodiment, the first conductive pin 31 and the second conductive pin 32 are each made of metallic conductive material, with the terminal block 5 rotatably connected to the luminaire body 2 via the first conductive pin 31 and the second conductive pin 32. Due to the structure described above, since the first conductive pin 31 and the second conductive pin 32 are each metallic conductive pins and possess a certain degree of ductility, the terminal block 5 can be rotated at a specific angle after being connected to the luminaire body 2 via the conductive pins. This facilitates adjustment of the angle when subsequently connecting external power supply cables or cables from other recessed luminaires and promotes plug-in assembly.

[0021] In this embodiment, the terminal 5 comprises a first insulating housing 53, a first conductive plate 531, and a second conductive plate 532, both arranged in the first insulating housing 53, a first spring clamp 533, and a second spring clamp 534, both arranged in the first insulating housing 53; wherein the first conductive plate 531 is located above the first spring clamp 533, and the second conductive plate 532 is located above the second spring clamp 534; wherein the first spring clamp 533 comprises a first spring clamp head 5331 and a first spring clamp end 5332, which are arranged opposite each other, and wherein the second spring clamp 534 comprises a second spring clamp head 5341 and a second spring clamp end 5342, which are arranged opposite each other; wherein, when the first conductive pin 31 is inserted into the second phase conductor connection opening 521 of the first spring clamp head 5331, the first conductive plate 5331 serves toThe first conductive pin 31 is pressed against the first conductive plate 531 to establish contact, while when the second conductive pin 32 is inserted into the second neutral terminal opening 522 of the second spring clamp head 5341, the second conductive pin 32 is pressed against the second conductive plate 532 to establish contact. Due to the structure described above, when the first conductive pin 31 and the second conductive pin 32 are directly inserted into the terminal 5, specifically into the second phase terminal opening 521 and the second neutral terminal opening 522, the elastic pressure exerted by the first spring clamp head 5331 and the second spring clamp head 5341 maintains reliable contact with the first conductive plate 531 and the second conductive plate 532, respectively, thus effectively establishing an electrical connection between the conductive pins and the terminal 5.The design is sophisticated and the operation is simple.

[0022] Furthermore, the hardness of the first conductive pin 31 is lower than the hardness of the first spring clip 533, and the hardness of the second conductive pin 32 is lower than the hardness of the second spring clip 534. Due to the aforementioned structure, where the hardness of the conductive pin is lower than the hardness of the spring clip, the spring clip is pressed against the conductive pin when it is inserted into the terminal opening. This causes the conductive pin to deform slightly and form a clamping recess, allowing the conductive pin to be more firmly attached to the terminal 5 and thus further ensuring the stability of the electrical connection.

[0023] In this embodiment, the two first phase conductor connection openings 511 are aligned with the first conductive plate 531 and the first spring clamp end 5332, wherein the two first neutral conductor connection openings 512 are aligned with the second conductive plate 532 and the second spring clamp end 5342; wherein, when the external power supply cable is inserted into the first phase conductor connection opening 511, the first spring clamp end 5332 serves to press the external power supply cable against the first conductive plate 531 to establish contact; wherein, when the external power supply cable is inserted into the first neutral conductor connection opening 512, the second spring clamp end 5342 serves to press the external power supply cable against the second conductive plate 532 to establish contact.The structure described above also uses spring force to press the external cable against the corresponding conductive plate, thus ensuring the stability of the external cable connection.

[0024] In this embodiment, the terminal block 5 further comprises a second insulating housing 54, wherein the second insulating housing 54 is arranged around the first insulating housing 53, wherein the second insulating housing 54 is provided with a first elastic pressure element 541 and a second elastic pressure element 542, wherein the first insulating housing 53 has a first opening 535 and a second opening 536, wherein the first conductive plate 531 has a third opening 5311 and the second conductive plate 532 has a fourth opening 5321; wherein, when the first elastic pressure element 541 is pressed, the first elastic pressure element 541 can successively pass through the first opening 535 and the third opening 5311 in order to press the first spring clamp end 5332 downwards,the external power supply cable inserted into the first phase conductor connection opening 511 is removed; wherein, when the second elastic pressure element 542 is pressed, the second elastic pressure element 542 can successively pass through the second opening 536 and the fourth opening 5321 to press down the second spring clamp end 5342, thereby removing the external power supply cable inserted into the first neutral conductor connection opening 512; wherein the second insulating housing 54 is further provided with a fifth opening 543 and a sixth opening 544, wherein the first conductive plate 531 is further provided with a seventh opening 5312, wherein the second conductive plate 532 is further provided with an eighth opening 5322, wherein the fifth opening 543 is connected to the seventh opening 5312 and is arranged correspondingly to the first spring clamp head 5331,wherein the sixth opening 544 is connected to the eighth opening 5322 and is arranged correspondingly to the second spring clip head 5341. Due to the structure described above, when it becomes necessary to disconnect the external power supply cable, the operator only needs to press on the first elastic pressure element 541 on the second insulating housing 54. The pressure element successively passes through the first opening 535 of the first insulating housing 53 and the third opening 5311 of the first conductive pin 531 and presses directly on the first spring clip end 5332 to release it from the external cable, allowing the cable to be easily pulled out. Similarly, pressing the second elastic pressure element 542 allows the second spring clip end 5342 to be pushed down through the second opening 536 and the fourth opening 5321.This allows the external cable to be quickly removed. The structure is further provided at the position of the corresponding spring clip head with a channel connected through the fifth opening 543 and the seventh opening 5312, the sixth opening 544 and the eighth opening 5322; similarly, by using objects such as needles that can pass through the fifth opening 543 and the sixth opening 544, the spring clip head can be pressed to remove the first conductive pin 31 and the second conductive pin 32. The present design is ingenious and easy to use, allows for quick and damage-free insertion and removal of the cables, avoids the risk of damage from pulling or twisting the cables in conventional connection methods, ensures ease of disassembly, and is particularly suitable for lighting applications where frequent replacement or adjustment is required.

[0025] In this embodiment, the luminaire body 2 has a mounting interior 201 and a mounting groove 21 arranged on its bottom, wherein the mounting groove 21 is provided with a through-opening 211 which is connected to the mounting interior 201, wherein the main control board 3 is located in the mounting interior 201, wherein the terminal block 5 is detachably installed in the mounting groove 21, wherein the first conductive pin 31 and the second conductive pin 32 are guided through the through-opening 211 in order to be pluggably coupled to the terminal block 5; wherein the luminaire body 2 is further detachably connected to a mounting cover 22, wherein the mounting cover 22 has a recess opening 221, wherein, when the terminal block 5 is installed in the mounting groove 21, the mounting cover 22 covers the terminal block 5 in the mounting groove 21 and thereby exposes four first connection openings 51 through the recess opening 221.The structure described above allows the terminal block 5 to be detachably arranged in the mounting groove 21 on the base of the luminaire body 2, with the first conductive pin 31 and the second conductive pin 32 on the control board 3 being guided through the through-hole 211 in the mounting groove 21 and being inserted into the spring clip inside the terminal block 5, thus establishing an electrical connection. Subsequently, the mounting cover 22 is placed on top, so that the terminal block 5 is securely enclosed in the mounting groove 21. At the same time, the recess 221 on the mounting cover 22 fully exposes the four first connection openings 51 of the terminal block 5, which facilitates the connection and parallel connection of external cables. The mounting cover 22 serves to protect the terminal block 5 as well as the internal structure of the luminaire body 2.

[0026] In this embodiment, a connecting ring 6 is further arranged between the lamp body 2 and the ring body 1, wherein the ring body 1 is rotatably connected to the connecting ring 6 and the lamp body 2 is rotatably connected to the connecting ring 6.

[0027] In particular, the luminaire body 2 has a first bolt 23 and a second bolt 24, wherein the connecting ring 6 is provided with a first mounting groove 61 and a second mounting groove 62, wherein the first bolt 23 is engaged in the first mounting groove 61 and is rotatable in the first mounting groove 61, wherein the second bolt 24 is engaged in the second mounting groove 62 and is rotatable in the second mounting groove 62 in order to rotatably connect the connecting ring 6 to the luminaire body 2; wherein the connecting ring 6 is provided with a third bolt 63 and a fourth bolt 64, wherein the ring body 1 is provided with a third mounting groove 14 and a fourth mounting groove 15, wherein the third bolt 63 is engaged in the third mounting groove 14 and is rotatable in the third mounting groove 14, wherein the fourth bolt 64 is engaged in the fourth mounting groove 15 and is rotatable in the fourth mounting groove 15 in order to rotatably connect the connecting ring 6 to the ring body 1;wherein the first bolt 23 and the second bolt 24 are arranged opposite each other in a first direction, wherein the third bolt 63 and the fourth bolt 64 are arranged opposite each other in a second direction, the first direction and the second direction being different in order to allow the luminaire body 2 to be rotated in different directions. The above-mentioned structure enables the effective realization of the luminaire body 2 to be rotated and adjusted independently in two different directions, thereby significantly improving the flexibility and precision of adjusting the lighting angle and meeting a wide range of light distribution requirements.

[0028] In this embodiment, the lighting assembly 4 comprises a lampshade 42 and an LED light board 41, wherein the LED light board 41 is provided with a plurality of LED light beads 411.

[0029] In this embodiment, the first elastic clamping device 12 comprises a first spring section 121 and a first clamping section 122, wherein the first spring section 121 is arranged on the ring body 1; the second elastic clamping device 13 comprises a second spring section 131 and a second clamping section 132, wherein the second spring section 131 is arranged on the ring body 1.

[0030] The above embodiments are one or more embodiments provided in combination with the specific content, and it is not stipulated that the specific implementation of the present utility model is limited to these descriptions. Any process, structure, etc., that is similar or alike to the present utility model, or to the conceptual premise of the present utility model, to make a series of technical derivations or substitutions, should be considered to be within the scope of protection of the present utility model.

Claims

[1] Recessed light, characterized by that it includes: a ring body (1), wherein the ring body (1) has an interior space (11); a luminaire body (2), wherein the luminaire body (2) is provided with a control board (3) and with a luminaire assembly (4) electrically connected to the control board (3), wherein the luminaire body (2) is arranged in the interior (11) and is connected to the ring body (1); and a first elastic clamping device (12), wherein the first elastic clamping device (12) is connected to the ring body (1), wherein the first elastic clamping device (12) serves to clamp the recessed light fixture to a ceiling. [2] Recessed light according to claim 1, characterized by, that it further comprises a terminal block (5), wherein the terminal block (5) is electrically connected to the main control board (3), wherein the terminal block (5) has four first connection openings (51), wherein the first connection openings (51) serve for electrical connection to external power supply cables or power supply cables of other recessed luminaires; wherein the four first connection openings (51) comprise two first phase conductor connection openings (511) and two first neutral conductor connection openings (512). [3] Recessed light according to claim 2, characterized by, that the terminal block (5) further comprises at least two second connection openings (52), wherein the second connection openings (52) include a second phase conductor connection opening (521) and a second neutral conductor connection opening (522), wherein the control main board (3) is connected to a first conductive pin (31) and a second conductive pin (32), wherein the first conductive pin (31) can be inserted into the second phase conductor connection opening (521), and wherein the second conductive pin (32) can be inserted into the second neutral conductor connection opening (522) to electrically connect the control main board (3) to the terminal block (5). [4] Recessed light according to claim 3, characterized by, that the first conductive pin (31) and the second conductive pin (32) are each made of metallic conductive material, wherein the terminal block (5) is rotatably connected to the lamp body (2) via the first conductive pin (31) and the second conductive pin (32). [5] Recessed light according to claim 4, characterized by, that the terminal (5) comprises a first insulating housing (53), a first conductive plate (531) and a second conductive plate (532), both of which are arranged in the first insulating housing (53), a first spring clip (533) and a second spring clip (534), both of which are arranged in the first insulating housing (53); wherein the first conductive plate (531) is located above the first spring clip (533), wherein the second conductive plate (532) is located above the second spring clip (534); wherein the first spring clip (533) comprises a first spring clip head (5331) and a first spring clip end (5332) which are arranged opposite each other, wherein the second spring clip (534) comprises a second spring clip head (5341) and a second spring clip end (5342) which are arranged opposite each other;wherein, when the first conductive pin (31) is inserted into the second phase conductor terminal opening (521), the first spring clamp head (5331) serves to press the first conductive pin (31) against the first conductive plate (531) to establish a contact, wherein, when the second conductive pin (32) is inserted into the second neutral conductor terminal opening (522), the second spring clamp head (5341) serves to press the second conductive pin (32) against the second conductive plate (532) to establish a contact, wherein the hardness of the first conductive pin (31) is less than the hardness of the first spring clamp (533) and the hardness of the second conductive pin (32) is less than the hardness of the second spring clamp (534). [6] Recessed light according to claim 5, characterized bythat the two first phase conductor connection openings (511) are aligned with the first conductive plate (531) and the first spring clamp end (5332), and the two first neutral conductor connection openings (512) are aligned with the second conductive plate (532) and the second spring clamp end (5342); wherein, when the external power supply cable is inserted into the first phase conductor connection opening (511), the first spring clamp end (5332) serves to press the external power supply cable against the first conductive plate (531) to establish contact; wherein, when the external power supply cable is inserted into the first neutral conductor connection opening (512), the second spring clamp end (5342) serves to press the external power supply cable against the second conductive plate (532) to establish contact. [7] Recessed light according to claim 6, wherein the terminal block (5) further comprises a second insulating housing (54), wherein the second insulating housing (54) is arranged around the first insulating housing (53), wherein the second insulating housing (54) is provided with a first elastic pressure element (541) and a second elastic pressure element (542), wherein the first insulating housing (53) has a first opening (535) and a second opening (536), wherein the first conductive sheet (531) has a third opening (5311) and the second conductive sheet (532) has a fourth opening (5321); wherein when the first elastic pressure element (541) is pressed, the first elastic pressure element (541) can pass successively through the first opening (535) and the third opening (5311) to push down the first spring clamp end (5332), thereby removing the external power supply cable inserted into the first phase conductor connection opening (511);wherein when the second elastic pressure element (542) is pressed, the second elastic pressure element (542) can pass successively through the second opening (536) and the fourth opening (5321) to push down the second spring clamp end (5342), thereby removing the external power supply cable inserted into the first neutral conductor connection opening (512); wherein the second insulating housing (54) is further provided with a fifth opening (543) and a sixth opening (544), wherein the first conductive sheet (531) is further provided with a seventh opening (5312), wherein the second conductive sheet (532) is further provided with an eighth opening (5322), wherein the fifth opening (543) is connected to the seventh opening (5312) and is arranged correspondingly to the first spring clamp head (5331), wherein the sixth opening (544) is connected to the eighth opening (5322) and is arranged correspondingly to the second spring clamp head (5341). [8] Recessed light according to claim 4, characterized by, that the luminaire body (2) has a mounting interior (201) and a mounting groove (21) arranged on its bottom, wherein the mounting groove (21) is provided with a through-opening (211) which is connected to the mounting interior (201), wherein the main control board (3) is located in the mounting interior (201), wherein the terminal block (5) is detachably installed in the mounting groove (21), wherein the first conductive pin (31) and the second conductive pin (32) are guided through the through-opening (211) in order to be pluggably coupled to the terminal block (5); wherein the luminaire body (2) is further detachably connected to a mounting cover (22), wherein the mounting cover (22) has a recess opening (221), wherein, when the terminal block (5) is installed in the mounting groove (21), the mounting cover (22) covers the terminal block (5) in the mounting groove (21) and thereby exposes four first terminal openings (51) through the recess opening (221). [9] Recessed light according to claim 1, characterized by , that a connecting ring (6) is further arranged between the luminaire body (2) and the ring body (1), wherein the ring body (1) is rotatably connected to the connecting ring (6) and the luminaire body (2) is rotatably connected to the connecting ring (6). [10] Recessed light according to claim 9, characterized by, that the luminaire body (2) has a first bolt (23) and a second bolt (24), wherein the connecting ring (6) is provided with a first mounting groove (61) and a second mounting groove (62), wherein the first bolt (23) is engaged in the first mounting groove (61) and is rotatable in the first mounting groove (61), wherein the second bolt (24) is engaged in the second mounting groove (62) and is rotatable in the second mounting groove (62) in order to rotatably connect the connecting ring (6) to the luminaire body (2);wherein the connecting ring (6) is provided with a third bolt (63) and a fourth bolt (64), wherein the ring body (1) is provided with a third mounting groove (14) and a fourth mounting groove (15), wherein the third bolt (63) is engaged in the third mounting groove (14) and is rotatable in the third mounting groove (14), wherein the fourth bolt (64) is engaged in the fourth mounting groove (15) and is rotatable in the fourth mounting groove (15) to rotatably connect the connecting ring (6) to the ring body (1); wherein the first bolt (23) and the second bolt (24) are arranged opposite each other and in a first direction, wherein the third bolt (63) and the fourth bolt (64) are arranged opposite each other and in a second direction, the first direction and the second direction being different in order to allow the lamp body (2) to rotate in different directions.

Images