Separated and detachable mounting structure of street lamp driver and detection method of separated and detachable mounting structure

Abstract

The invention discloses a separated and detachable mounting type structure of a street lamp driver, and aims to provide the separated and detachable mounting type structure of the street lamp driver, which is separated, detachable and simple in structure and has a path detection function, and a detection method of the separated and detachable mounting type structure of the street lamp driver. According to the technical scheme, the LED street lamp is characterized in that a lamp body and a driving part are designed in a separated mode, so that replacement is convenient, the street lamp can be directly maintained, matching can be conducted according to different driving types, and rapid and convenient replacement operation is achieved; although different connection modes achieve the same effect, when the base is adopted for matched installation, stability is better, and export standards are met.

Description

Technical Field

[0001] The present invention relates to the technical field of lighting device equipment, and more specifically, to a street lamp driver separation, detachable installation structure and a detection method thereof. Background Art

[0002] Street lights are facilities that provide lighting for roads. They are mainly composed of lamps with light sources, lamp poles, wires and foundation embedded parts, and these form the lamp body. The lamp is set at the top of the lamp pole, the lamp pole is set on the foundation embedded parts, the foundation embedded parts are set on the ground, the lamp pole adopts a hollow structure, the wires are placed in the lamp pole and the power supply part of the foundation embedded parts is electrically connected to the light source. Under the action of the lamp, the light source makes the light diffuse to the surroundings.

[0003] At present, the street lamps on the market include a lamp body and a driving part arranged on the lamp body. In traditional street lamps, the lamp body and the driving part are integrated together. If the driving part is damaged, the lamp body needs to be disassembled as a whole, which makes replacement extremely inconvenient, time-consuming and labor-intensive, and also increases labor costs. Therefore, how to ensure that the driving part and the lamp body are separated, and how to ensure that the two can still form an effective control effect after adopting a separated structure, is a current problem. Summary of the invention

[0004] In view of the deficiencies in the prior art, the object of the present invention is to provide a street lamp driver which is detachable and removable, has a simple structure, and forms a detachable and removable mounting structure of a street lamp driver with a passage detection function and a detection method thereof.

[0005] To achieve the above-mentioned objectives, the present invention provides the following technical solutions: a street lamp driver separate and detachable installation structure, comprising a lamp body and a driving part arranged on the lamp body, the driving part being detachably connected to the lamp body, and the driving part being placed outside the outer shell of the lamp body, a mounting structure being arranged between the driving part and the lamp body, the mounting structure comprising a driving shell and a connecting component arranged on the outer shell of the lamp body and detachably connected to the driving shell, and the driving part is connected to the outer shell of the lamp body through the driving shell and the connecting component by means of a rotational connection, an electrically connected driving component being arranged between the outer shell of the lamp body and the driving shell, the driving component comprising a driving unit arranged in the driving shell, a circuit board arranged in the outer shell of the lamp body and electrically connected to the driving unit, and an electrical connection component for cooperating with the connection between the driving unit and the circuit board, the electrical connection component being configured to form a passage state as the driving part is rotationally connected to the outer shell of the lamp body; conversely, a circuit break state is formed as the driving part is reversely rotated and separated from the outer shell of the lamp body.

[0006] The present invention is further configured as follows: the electrical connection component includes a conductive pin arranged on the driving unit and an annular conductive sheet arranged on the circuit board and forming an on / off circuit with the conductive pin. A rebound component is also provided in the driving housing. The rebound component is configured to form a rebound force after the driving part rotates and connects to the lamp body shell, so as to form an elastic pressure with the annular conductive sheet.

[0007] The present invention is further configured as follows: a detection unit for detecting the rebound pressure of the conductive ejector pin is further provided in the drive housing, the detection unit comprising a pressure detector arranged in the drive housing, an alarm electrically connected to the pressure detector, a rebound structure arranged on the rebound path of the conductive ejector pin, and an adjustment structure for adjusting the state of the rebound structure; after being subjected to force, the conductive ejector pin forms different pressure values ​​on the pressure detector through the rebound structure.

[0008] The present invention is further configured as follows: the rebound structure includes a rebound channel arranged in the drive housing and adapted to the outer diameter of each conductive ejector pin, a spring arranged in the rebound channel and respectively abutting against the pressure detector and one end of the conductive ejector pin, and an extension platform arranged on the pressure detector and adapted to the inner diameter of the rebound channel.

[0009] The present invention is further configured as follows: the adjustment structure includes a plurality of adjustment chambers evenly arranged on the inner wall of the rebound channel, adjustment blocks respectively arranged in each adjustment chamber, and a driver for driving each adjustment block to slide back and forth in the adjustment chamber, the driver is a telescopic cylinder, the driver is placed in the adjustment chamber, and the adjustment structure also includes a lifting cylinder arranged on the pressure detector and used to drive the lifting and lowering of each rebound channel.

[0010] The present invention is further configured as follows: the connecting component is configured as a base detachably connected to the lamp body shell, and the circuit board is installed in the base; or it is an internal thread structure arranged on the inner wall of the lamp body shell, the drive shell is adapted to the internal thread structure through an external thread, and the circuit board is installed in the lamp body shell; or after the drive shell is penetrated through the lamp body shell, the connecting component is a nut threadedly connected to the drive shell.

[0011] The present invention is further configured as follows: a waterproof sealing ring is provided between the driving housing and the lamp body shell.

[0012] A detection method applicable to the above-mentioned street lamp driver separation and detachable installation structure, characterized in that it also includes a controller, the controller is communicatively connected with an alarm, the controller includes a detection module for receiving an electrical signal of a pressure detector; a comparison unit for setting an initial pressure value as P0 and a maximum pressure value P formed by a conductive ejector after the drive part is installed, and comparing the pressure value received by the detection module with the set value; a drive module for driving the reciprocating motion of a telescopic cylinder and a lifting cylinder, and a test unit for detecting whether a conductive ejector and an annular conductive sheet form a path. The specific detection control method includes the following steps: S1, in the T1 time period, the drive part and the lamp body are installed. At this time, the pressure detector counts the detected pressure value as P1, and determines whether the P1 value is greater than P. If P1>P, it is determined that there is a foreign body, and an alarm needs to be sounded through the alarm and manual cleaning is performed. If not, proceed to the next step of installation;

[0013] S2. During the T2 period, the driving part and the lamp body are gradually tightened and installed. At this time, the pressure detector counts the detected pressure value as P2, and judges whether the P2 value is greater than P0 and less than P, and then judges that it is within the normal pressure value range;

[0014] S3, in the T3 time period, after the driving part and the lamp body are tightened and installed, at this time, the pressure detector counts the detected pressure value as P3, and judges whether the P3 value is greater than P. If P3>P, the conductive ejector pin is stuck in the rebound channel, and the driver needs to be driven to adjust the conductive ejector pin left and right; if not, it is detected whether the conductive ejector pin and the annular conductive sheet form a path state;

[0015] S4, in the T4 time period, after the driver adjusts the conductive ejector to the left and right, at this time, the pressure detector counts the detected pressure value as P4, and determines whether the P4 value is greater than P. If P4>P, it is determined that the jam still exists and causes the phenomenon of power failure, and the rebound channel is driven to rise and fall repeatedly to form a lifting and squeezing of the conductive ejector; if not, it is detected whether the conductive ejector and the annular conductive sheet form a passage state;

[0016] S5, in the T5 time period, after the driving rebound channel is repeatedly raised and lowered, at this time, the pressure detector counts the detected pressure value as P5, and determines whether the P5 value is greater than P. If P5>P, it is determined that the jam still exists, and the driving rebound channel is lowered to the annular conductive sheet to form a passage state; otherwise, it is detected whether the conductive ejector pin and the annular conductive sheet form a passage state;

[0017] S6. Complete the installation.

[0018] By adopting the above technical scheme, the beneficial effects are as follows: 1. The present invention separates the lamp body and the driving part, which is not only convenient for replacement, but also allows direct maintenance of the street lamp, and can also be matched for different driving types, thereby realizing quick and convenient replacement operations; secondly, for the connection between the driving part and the lamp body, a detachable connecting component is adopted, and the connecting component is arranged as a base detachably connected to the lamp body shell, and the circuit board is installed in the base; or it is an internal thread structure arranged on the inner wall of the lamp body shell, and the driving shell is adapted to the internal thread structure through an external thread, and the circuit board is installed in the lamp body shell; or after the driving shell is arranged to penetrate the lamp body shell, the connecting component is a nut threadedly connected to the driving shell. Although different connection methods achieve the same effect, when the base is used for matching installation, the stability is better and meets the export standards;

[0019] 2. In the technical solution of the present invention, the electrical connection component is provided to include a conductive ejector pin provided on the driving unit and an annular conductive sheet provided on the circuit board and forming a circuit break with the conductive ejector pin. Through the cooperation between the conductive ejector pin and the annular conductive sheet, a path can be formed between the two. A rebound component is also provided in the driving housing. The rebound component is configured to form a rebound force after the driving part rotates and connects with the lamp body housing, so as to form an elastic pressure with the annular conductive sheet. In this way, the interference formed by the conductive ejector pin on the annular conductive sheet can be further improved to form a path, thereby ensuring the stability of the electrical connection and greatly improving the practicality.

[0020] 3. In order to ensure that the conductive ejector pin can form sufficient elastic pressure with the annular conductive sheet, a detection unit for detecting the rebound pressure of the conductive ejector pin is also provided in the driving housing. The detection unit includes a pressure detector provided in the driving housing, an alarm electrically connected to the pressure detector, a rebound structure provided on the rebound path of the conductive ejector pin, and an adjustment structure for adjusting the state of the rebound structure. After being subjected to force, the conductive ejector pin forms different pressure values ​​on the pressure detector through the rebound structure. The position state of the conductive ejector pin is judged by the conductive ejector pin having the detected passing pressure value, so as to ensure the passage effect between the conductive ejector pin and the annular conductive sheet, thereby achieving good structural stability, strong practicality and simple structure.

[0021] 4. In the technical solution of the present invention, by setting the initial value of the pressure formed by the conductive ejector pin as P0 and the maximum value P of the pressure formed by the conductive ejector pin after the driving part is installed, the pressure of the conductive ejector pin position between the driving part and the annular conductive sheet is detected in real time to determine the position of the conductive ejector pin during the installation process, and the rebound channel or the conductive ejector pin is adjusted through the driver and the lifting cylinder to form a stable passage state and ensure the normal operation of the drive. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 The overall structure diagram of a street lamp according to an embodiment of a street lamp driver separation, detachable installation structure and a detection method thereof of the present invention.

[0023] Figure 2 This is a structural diagram of the driving part of an embodiment of a street lamp driver separation, detachable installation structure and a detection method thereof of the present invention.

[0024] Figure 3 The present invention is a cross-sectional structural diagram of the driving part of a street lamp driver separation, detachable installation structure and a detection method embodiment thereof.

[0025] Figure 4 This is an embodiment of a street lamp driver separation, detachable installation structure and its detection method embodiment of the present invention Figure 3 A magnified view of the structure in the middle.

[0026] The reference numerals in the figure are as follows: 1. lamp body; 2. driving part; 20. driving housing; 21. circuit board; 22. driving unit; 220. conductive ejector pin; 221. annular conductive sheet; 30. pressure detector; 31. alarm; 32. rebound channel; 33. spring; 320. adjusting chamber; 321. adjusting block; 322. driver; 340. lifting cylinder; 4. base. DETAILED DESCRIPTION

[0027] Reference Figures 1 to 4 The present invention further describes a street lamp driver separation, detachable installation structure and a detection method embodiment thereof.

[0028] For ease of explanation, spatial relative terms such as "upper", "lower", "left", "right" and the like are used in the embodiments to illustrate the relationship of one element or feature shown in the figure relative to another element or feature. It should be understood that, in addition to the orientation shown in the figure, the spatial terms are intended to include different orientations of the device in use or operation. For example, if the device in the figure is inverted, the element described as being "under" other elements or features will be positioned "on" other elements or features. Therefore, the exemplary term "under" can include both upper and lower orientations. The device can be positioned in other ways (rotated 90 degrees or in other orientations), and the spatial relative descriptions used here can be interpreted accordingly.

[0029] Furthermore, relational terms such as “first” and “second” and the like are merely used to distinguish one component from another having the same name, but do not necessarily require or imply any such actual relationship or order between these components.

[0030] A street lamp driver separation and detachable installation structure comprises a lamp body 1 and a driving part 2 arranged on the lamp body 1, wherein the driving part 2 is detachably connected to the lamp body 1 and is disposed outside the housing of the lamp body 1, and an installation structure is provided between the driving part 2 and the lamp body 1, wherein the installation structure comprises a driving housing 20 and a connecting component arranged on the housing of the lamp body 1 and detachably connected to the driving housing 20, and the driving part 2 is connected to the housing of the lamp body 1 by a rotational connection with the connecting component via the driving housing 20, and an electrically connected driving component is provided between the housing of the lamp body 1 and the driving housing 20, and the driving component comprises a driving unit 22 arranged in the driving housing 20, a circuit board 21 arranged in the housing of the lamp body 1 and electrically connected to the driving unit 22, and an electrical connection component for cooperating with the connection between the driving unit 22 and the circuit board 21, wherein the electrical connection component is configured to form a passage state after the driving part 2 is rotationally connected to the housing of the lamp body 1; conversely, As the driving part 2 and the lamp body 1 shell rotate in the opposite direction and separate to form an open circuit state, the present invention designs the lamp body 1 and the driving part 2 separately, which is not only convenient for replacement, but also can directly repair the street lamp, and can also be matched according to different driving types, so as to realize quick and convenient replacement operation; secondly, for the connection between the driving part 2 and the lamp body 1, a detachable connecting component is adopted, and the connecting component is configured as a base 4 detachably connected to the lamp body 1 shell, and the circuit board 21 is installed in the base 4; or it is an internal thread structure arranged on the inner wall of the lamp body 1 shell, and the driving shell 20 is adapted to the internal thread structure through an external thread, and the circuit board 21 is installed in the lamp body 1 shell; or after the driving shell 20 is set through the lamp body 1 shell, the connecting component is a nut threadedly connected to the driving shell 20. Although different connection methods achieve the same effect, when the base 4 is used for matching installation, the stability is better and meets the export standards.

[0031] Furthermore, the electrical connection assembly includes a conductive ejector pin 220 disposed on the driving unit 22 and an annular conductive sheet 221 disposed on the circuit board 21 and forming a circuit break with the conductive ejector pin 220. A rebound assembly is also disposed in the driving housing 20. The rebound assembly is configured to form a rebound force after the driving part 2 is rotated and connected to the housing of the lamp body 1, so as to form an elastic pressure with the annular conductive sheet 221. In the technical solution of the present invention, the electrical connection assembly is configured to include a conductive ejector pin 220 disposed on the driving unit 22 and an annular conductive sheet 221 disposed on the circuit board 21. The annular conductive sheet 221 is on the driving housing 20 and forms an on / off circuit with the conductive ejector pin 220. Through the cooperation between the conductive ejector pin 220 and the annular conductive sheet 221, a passage can be formed between the two. A rebound component is also provided in the driving housing 20. The rebound component is configured to form a rebound force after the driving part 2 is rotated and connected to the outer shell of the lamp body 1, so as to form an elastic pressure with the annular conductive sheet 221. In this way, the contact formed by the conductive ejector pin 220 on the annular conductive sheet 221 can be further increased, a passage is formed, the stability of the electrical connection is ensured, and the practicality is greatly improved.

[0032] In the embodiment of the present invention, the annular conductive sheet 221 is connected to the circuit inside the lamp body 1, which is not marked in the drawings and is common knowledge to those skilled in the art and will not be described in detail in the present invention.

[0033] Furthermore, a detection unit for detecting the rebound pressure of the conductive ejector pin 220 is further provided in the driving housing 20. The detection unit includes a pressure detector 30 provided in the driving housing 20, an alarm 31 electrically connected to the pressure detector 30, a rebound structure provided on the rebound path of the conductive ejector pin 220, and an adjustment structure for adjusting the state of the rebound structure. After being subjected to force, the conductive ejector pin 220 forms different pressure values ​​on the pressure detector 30 through the rebound structure. In order to ensure that the conductive ejector pin 220 can form sufficient elastic pressure with the annular conductive sheet 221, a detection unit for detecting the rebound pressure of the conductive ejector pin 220 is further provided in the driving housing 20. The detection unit for detecting the rebound pressure size of 220 includes a pressure detector 30 arranged in the driving housing 20, an alarm 31 electrically connected to the pressure detector 30, a rebound structure arranged on the rebound path of the conductive ejector pin 220, and an adjusting structure for adjusting the state of the rebound structure. After being subjected to force, the conductive ejector pin 220 forms different pressure values ​​on the pressure detector 30 through the rebound structure. By detecting the conductive ejector pin 220 passing the pressure value, the position state of the conductive ejector pin 220 is judged to ensure the passage effect between the conductive ejector pin 220 and the annular conductive sheet 221, thereby achieving good structural stability, strong practicality and simple structure.

[0034] Furthermore, the rebound structure includes a rebound channel 32 arranged in the driving housing 20 and adapted to the outer diameter of each conductive ejector pin 220, a spring 33 arranged in the rebound channel 32 and respectively abutting against the pressure detector 30 and one end of the conductive ejector pin 220, and an extension platform arranged on the pressure detector 30 and adapted to the inner diameter of the rebound channel 32. In the embodiment of the present invention, through the rebound structure, under the action of the spring 33, an elastic support can be formed between the conductive ejector pin 220 and the annular conductive sheet 221, thereby ensuring a good resistance effect between the two and ensuring the stability of conduction.

[0035] Furthermore, the adjustment structure includes a plurality of adjustment chambers 320 uniformly arranged on the inner wall of the rebound channel 32, adjustment blocks 321 respectively arranged in each adjustment chamber 320, and a driver 322 for driving each adjustment block 321 to slide back and forth in the adjustment chamber 320. The driver 322 is a telescopic cylinder, and the driver 322 is placed in the adjustment chamber 320. The adjustment structure also includes a lifting cylinder 340 arranged on the pressure detector 30 and used to drive each rebound channel 32 to rise and fall. In the embodiment of the present invention, two adjustment methods can be adopted, one is to directly drive the conductive ejector pin 220, and the other is to drive the rebound channel 32 to drive the movement of the conductive ejector pin 220, so as to achieve the adjustment effect of the conductive ejector pin 220, and different methods can be adopted according to different adjustment conditions until the passage effect is achieved.

[0036] Furthermore, a waterproof sealing ring is provided between the driving housing 20 and the outer shell of the lamp body 1. Through the provision of the waterproof sealing ring, the sealing effect of the driving housing 20 and the outer shell of the lamp body 1 can be ensured after they are installed, thereby ensuring the stability of the connection between the two, greatly improving the practicality and enhancing the stability.

[0037] A detection method applicable to the above-mentioned street lamp driver separation and detachable installation structure, further comprising a controller, the controller being communicatively connected with an alarm 31, the controller comprising a detection module for receiving an electrical signal from a pressure detector 30; a comparison unit for setting an initial pressure value to P0 and a maximum pressure value P formed by a conductive ejector 220 after the drive part 2 is installed, and comparing the pressure value received by the detection module with the set value; a drive module for driving a telescopic cylinder and a lifting cylinder 340 to reciprocate, and a test unit for detecting whether a path is formed between the conductive ejector 220 and the annular conductive sheet 221. The specific detection control method comprises the following steps: S1, during a T1 time period, the drive part 2 and the lamp body 1 are installed. At this time, the pressure detector 30 counts the detected pressure value as P1, and determines whether the P1 value is greater than P. If P1>P, it is determined that there is a foreign body, and an alarm needs to be sounded through the alarm 31, and manual cleaning is performed. If not, the next step of installation is performed; step S1 is for the initial stage of installation. If P1>P exists, then cleaning is required. If an alarm still exists after cleaning, the next step of operation can be performed directly.

[0038] S2, during the T2 period, the driving part 2 and the lamp body 1 are gradually tightened and installed. At this time, the pressure detector 30 counts the detected pressure value as P2, and judges whether the P2 value is greater than P0 and less than P, and then judges that it is within the normal pressure value range;

[0039] S3, in the T3 time period, after the driving part 2 and the lamp body 1 are screwed and installed, at this time, the pressure detector 30 counts the detected pressure value as P3, and determines whether the P3 value is greater than P. If P3>P, the conductive ejector pin 220 is stuck in the rebound channel 32, and the driver 322 needs to be driven to adjust the conductive ejector pin 220 left and right; if not, it is detected whether the conductive ejector pin 220 and the annular conductive sheet 221 form a passage state;

[0040] S4, in the T4 time period, after the driver 322 adjusts the conductive ejector 220 left and right, at this time, the pressure detector 30 counts the detected pressure value as P4, and determines whether the P4 value is greater than P. If P4>P, it is determined that the jam still exists and causes the phenomenon of power failure, and the rebound channel 32 is driven to rise and fall repeatedly to form a lifting and squeezing of the conductive ejector 220; if not, it is detected whether the conductive ejector 220 and the annular conductive sheet 221 form a passage state;

[0041] S5, in the T5 time period, after the driving rebound channel 32 is repeatedly raised and lowered, at this time, the pressure detector 30 counts the detected pressure value as P5, and determines whether the P5 value is greater than P. If P5>P, it is determined that the jam still exists, and the driving rebound channel 32 is lowered to the annular conductive sheet 221 to form a passage state; otherwise, it is detected whether the conductive ejector pin 220 and the annular conductive sheet 221 form a passage state;

[0042] S6. Complete the installation.

[0043] In the embodiment of the present invention, the state of the conductive ejector pin 220 is mainly divided into two major stages. The first is when the driving part 2 is just installed, and the pressure value changes after the installation is completed. If there is a change in the pressure value, the state of the conductive ejector pin 220 can be judged by comparing the set pressure value, and then the position of the conductive ejector pin 220 is adjusted according to the specific judgment situation.

[0044] Furthermore, the above detection scheme is adopted in the present invention in order to perform self-detection through the driving part 2 when the lamp body 1 is installed in batches, thereby achieving a good assembly effect and further achieving structural stability.

[0045] In the technical solution of the present invention, by setting the initial value of the pressure formed by the conductive ejector pin 220 to P0 and the maximum value P of the pressure formed by the conductive ejector pin 220 after the driving part 2 is installed, the pressure of the conductive ejector pin 220 between the driving part 2 and the annular conductive sheet 221 is detected in real time to determine the position of the conductive ejector rod during the installation process, and the rebound channel 32 or the conductive ejector rod is adjusted by the driver 322 and the lifting cylinder 340, so as to form a stable passage state and ensure the normal operation of the drive.

[0046] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Common changes and substitutions made by those skilled in the art within the scope of the technical solution of the present invention should be included in the protection scope of the present invention.

Claims

1. A street lamp driver separate and detachable mounting structure, comprising a lamp body (1) and a driving part (2) arranged on the lamp body (1), characterized in that: The driving part (2) is detachably connected to the lamp body (1), and the driving part (2) is arranged outside the outer shell of the lamp body (1). A mounting structure is arranged between the driving part (2) and the lamp body (1), and the mounting structure comprises a driving housing (20) and a connecting component arranged on the outer shell of the lamp body (1) and detachably connected to the driving housing (20). The driving part (2) is connected to the outer shell of the lamp body (1) by means of a rotational connection with the connecting component. The outer shell of the lamp body (1) and the driving housing (20) are connected to each other. An electrically connected drive assembly is provided, the drive assembly comprising a drive unit (22) arranged in a drive housing (20), a circuit board (21) arranged in a lamp body (1) housing and electrically connected to the drive unit (22), and an electrical connection assembly for cooperating with the drive unit (22) and the circuit board (21), the electrical connection assembly being configured to form a circuit state when the drive part (2) is connected to the lamp body (1) housing by rotation; conversely, to form a circuit break state when the drive part (2) is disconnected from the lamp body (1) housing by reverse rotation.

2. A street lamp driver separation and detachable installation structure according to claim 1, characterized in that: The electrical connection assembly comprises a conductive ejector pin (220) arranged on the driving unit (22) and an annular conductive sheet (221) arranged on the circuit board (21) and forming an on / off circuit with the conductive ejector pin (220). A rebound assembly is also provided in the driving housing (20). The rebound assembly is configured to form a rebound force after the driving part (2) rotates and connects to the outer shell of the lamp body (1), so as to form an elastic pressure with the annular conductive sheet (221).

3. A street lamp driver separation and detachable installation structure according to claim 2, characterized in that: The drive housing (20) is also provided with a detection unit for detecting the magnitude of the rebound pressure of the conductive ejector pin (220), the detection unit comprising a pressure detector (30) arranged in the drive housing (20), an alarm (31) electrically connected to the pressure detector (30), a rebound structure arranged on the rebound path of the conductive ejector pin (220), and an adjustment structure for adjusting the state of the rebound structure. After being subjected to force, the conductive ejector pin (220) forms different pressure values ​​on the pressure detector (30) through the rebound structure.

4. A street lamp driver separation and detachable installation structure according to claim 3, characterized in that: The rebound structure comprises a rebound channel (32) arranged in the driving housing (20) and adapted to the outer diameter of each conductive ejector pin (220), a spring (33) arranged in the rebound channel (32) and respectively abutting against the pressure detector (30) and one end of the conductive ejector pin (220), and an extension platform arranged on the pressure detector (30) and adapted to the inner diameter of the rebound channel (32).

5. A street lamp driver separation and detachable installation structure according to claim 4, characterized in that: The regulating structure comprises a plurality of regulating chambers (320) uniformly arranged on the inner wall of the rebound channel (32), regulating blocks (321) respectively arranged in each regulating chamber (320), and a driver (322) for driving each regulating block (321) to slide back and forth in the regulating chamber (320), wherein the driver (322) is a telescopic oil cylinder, and the driver (322) is placed in the regulating chamber (320). The regulating structure also comprises a lifting oil cylinder (340) arranged on the pressure detector (30) and used for driving each rebound channel (32) to rise and fall.

6. A street lamp driver separation and detachable installation structure according to claim 1, characterized in that: The connection component is configured as a base (4) detachably connected to the outer shell of the lamp body (1), and the circuit board (21) is installed in the base (4); or it is an internal thread structure arranged on the inner wall of the outer shell of the lamp body (1), the drive housing (20) is adapted to the internal thread structure through an external thread, and the circuit board (21) is installed in the outer shell of the lamp body (1); or after the drive housing (20) is inserted through the outer shell of the lamp body (1), the connection component is a nut threadedly connected to the drive housing (20).

7. A street lamp driver separation and detachable installation structure according to claim 6, characterized in that: A waterproof sealing ring is provided between the driving housing (20) and the outer shell of the lamp body (1).

8. A method for detecting the detachable and detachable mounting structure of a street lamp driver according to claim 5, characterized in that: The device also includes a controller, which is in communication with the alarm (31). The controller includes a detection module for receiving an electrical signal from a pressure detector (30); a comparison unit for setting an initial pressure value P0 and a maximum pressure value P formed by the conductive ejector pin (220) after the drive part (2) is installed, and comparing the pressure value received by the detection module with the set value; a drive module for driving the telescopic oil cylinder and the lifting oil cylinder (340) to reciprocate, and a test unit for detecting whether a path is formed between the conductive ejector pin (220) and the annular conductive sheet (221). The specific detection control method includes the following steps: S1, during a T1 time period, the drive part (2) and the lamp body (1) are installed. At this time, the pressure detector (30) counts the detected pressure value as P1, and determines whether the P1 value is greater than P. If P1>P, it is determined that there is a foreign object, and an alarm needs to be sounded through the alarm (31) and manual cleaning is performed. If not, the next step of installation is performed. S2, during the T2 period, the driving part (2) and the lamp body (1) are gradually tightened and installed. At this time, the pressure detector (30) counts the detected pressure value as P2, and determines whether the P2 value is greater than P0 and less than P, and then determines that it is within the normal pressure value range; S3, during the T3 time period, after the driving part (2) and the lamp body (1) are screwed together and installed, the pressure detector (30) measures the detected pressure value as P3, and determines whether the value of P3 is greater than P. If P3>P, the conductive ejector pin (220) is stuck in the rebound channel (32), and the driver (322) needs to be driven to adjust the conductive ejector pin (220) left and right; if not, it is detected whether the conductive ejector pin (220) and the annular conductive sheet (221) form a path state; S4, within the T4 time period, after the driver (322) adjusts the conductive ejector pin (220) left and right, the pressure detector (30) counts the detected pressure value as P4, and determines whether the P4 value is greater than P. If P4>P, it is determined that the jam still exists and causes the phenomenon of power failure, and the rebound channel (32) is driven to rise and fall repeatedly, thereby forming a lifting and squeezing of the conductive ejector pin (220); If not, detecting whether the conductive ejector pin (220) and the annular conductive sheet (221) form a path state; S5, in the T5 time period, after the driving rebound channel (32) is repeatedly raised and lowered, at this time, the pressure detector (30) counts the detected pressure value as P5, and determines whether the P5 value is greater than P. If P5>P, it is determined that the jam still exists, and the driving rebound channel (32) is lowered to the annular conductive sheet (221) to form a passage state; otherwise, it is detected whether the conductive ejector pin (220) and the annular conductive sheet (221) form a passage state; S6. Complete the installation.

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