A multifunctional integrated smart lamp pole and its working method

Abstract

The present invention relates to the technical field of lighting devices, and discloses a multifunctional integrated smart lamp pole and a working method thereof, including a lamp pole mechanism, an oblique pole, a base, an electrical box, a hollow tube, a lamp stand, a signal lamp, and a monitor. In the present invention, when the compression mechanism and the fixed structure are compressed, only the lines within the interval between every two fixed structures are compressed, so that the lines are folded in sections in each compression mechanism during compression and lifting, so that the activity space of each section of the line is separately separated, to prevent the internal lines from being easily accumulated and compressed during lifting, and to avoid the activity space of the lines from being crowded and pulled and damaged, and the right end of the hollow tube is synchronously driven by the fixed structure and the transmission structure to translate, so that the right end hollow tube is close to the lower end of the oblique pole after the compression mechanism and the fixed structure are compressed, so that the hollow tube rotates and slides at the upper end of the oblique pole, so that the hollow tube drives the signal lamp and the monitor to be vertical, to prevent the hollow tube from being too long horizontally and affecting lifting.

Description

Technical Field

[0001] The present invention relates to the technical field of lighting devices, and in particular to a multifunctional integrated smart lamp pole and a working method thereof. Background Art

[0002] The multifunctional integrated smart lamp pole is mainly used for road lighting, and is a public infrastructure that integrates lighting, video surveillance, traffic management and other functions. The lamp pole is mainly equipped with a battery box for controlling lighting, video surveillance, traffic management and other functions. The smart lamp pole will also be installed at road intersections for traffic control. When the lighting or other functions on the lamp pole are damaged, a lift is required to lift personnel to the top of the lamp pole for repair and maintenance.

[0003] However, after the maintenance personnel rise to a high place, the operating space is very small, and the personnel can only perform maintenance at one side of the lamp pole, and the lamp pole cannot be raised to a low place for maintenance. The prior art is easy to compress the activity space of the internal circuit of the lamp pole when a lifting mechanism is provided inside, thereby damaging the circuit. The main problem solved in the present invention is to ensure that the internal circuit will not be damaged by compression, extrusion, stretching and stacking when the lamp pole is raised and lowered, and because the traffic signal light for traffic management is set at a long distance horizontally on the side of the lamp pole, it needs to occupy a large horizontal space when lifting and lowering, thus affecting the lifting and lowering. Summary of the invention

[0004] The present invention provides a multifunctional integrated smart lamp pole and a working method thereof, which overcomes the deficiencies described in the background art.

[0005] The technical solution adopted by the present invention to solve its technical problem is:

[0006] A multifunctional integrated smart lamp pole and a working method thereof, comprising a lamp pole mechanism, an oblique pole, a base, an electrical box, a hollow tube, a lamp stand, a signal lamp, and a monitor, wherein the signal lamp and the monitor are horizontally arranged on the hollow tube, the hollow tube and the oblique pole are arranged on the side of the lamp pole mechanism, and the upper end of the oblique pole is connected to the hollow tube to form a triangle shape with the lamp pole mechanism, the lamp stand is arranged at the upper end of the lamp pole mechanism, and the signal lamp, the monitor and the lamp stand are connected to the electrical box at the lower end of the lamp pole mechanism through a line, the lamp pole mechanism is arranged at the upper end of the electrical box, and the electrical box is fixed to the upper end of the base and bolted to the ground;

[0007] The lamp pole mechanism is provided with a support tube, a compression mechanism, a transmission structure, and a fixed structure. The support tube is arranged in the fixed structure at the uppermost end and is connected to the lamp stand for support. The fixed structures are arranged in a straight line at equal distances, and the compression mechanism is arranged between the fixed structures, and the compression mechanism is closer to the adjacent lower fixed structure. The transmission structure is arranged on the outside of the fixed structure at the uppermost end, and the hollow tube and the oblique rod are arranged on the side of the fixed structure separated by two compression mechanisms. When the transmission structure moves downward, it drives the fixed structure and the compression mechanism to be compressed, so that the hollow tube slides and rotates at the upper end of the oblique rod, and the hollow tube tends to rotate vertically. At the same time, the line passing through the compression mechanism and the fixed structure is fixed in the middle of the fixed structure, and the compression mechanism between every two adjacent fixed structures is compressed separately.

[0008] A preferred technical solution: There are two transmission structures, which are fixed to the upper end of the electrical box and symmetrically distributed on both sides of the fixed structure. The transmission structure on the left is connected to the hollow tube, and the transmission structure passes through the inside of the oblique rod.

[0009] A better technical solution: the oblique rod is set at an inclined state of 40 degrees, and the connection between the upper end of the oblique rod and the hollow tube is a sliding joint connection, which has the effect of hinge rotation, and the hollow tube can slide and fit on the upper end of the oblique rod.

[0010] A better technical solution: the fixed structure is provided with a fixed box, a fastening structure, and a connecting pipe. The fastening structure is arranged inside the middle of the fixed box and fixes the line passing through the middle. The connecting pipe is arranged on the lower side of the fixed box. When the fixed box moves downward and is compressed, the connecting pipe is pushed to slide vertically inside the compression mechanism.

[0011] A better technical solution: the fastening structure is provided with a sliding block, a semicircular block, a supporting ring, a rubber ring, and a swivel. The swivel slides and rotates in a fixed box. Two supporting rings are provided, and the two supporting rings are respectively fixed on the upper and lower sides of the fixed box. The rubber ring fits in the two supporting rings, and the six semicircular blocks are arranged in a circular array with the rubber ring as the center. The six sliding blocks are arranged in a circular array in the swivel. When the swivel rotates, the sliding block squeezes the outside of the semicircular block, and drives the rubber ring fixed in the supporting ring to deform and squeeze inward, and presses and fixes the outside of the line passing through the middle.

[0012] A preferred technical solution: the sliding block has an arc-shaped notch inside, and the arc of the arc-shaped notch is the same as the curvature of the outer side of the semicircular block. When the sliding block rotates and squeezes the semicircular block, it stays in the middle position of the outer side of the semicircular block.

[0013] A preferred technical solution: The compression mechanism is provided with a rubber block, a guide plate, a metal tube, and a circular body. The rubber block is arranged inside the circular body and fits against the outside of the guide plate. When the connecting tube slides inside the circular body, the rubber block elastically supports the guide plate and makes it slide against the connecting tube. The metal tube is arranged at the lower end of the circular body and connected to the upper end of the adjacent fixed structure. A square slide groove is provided inside the guide plate, and the square slide groove slides in accordance with the shape of the outer side of the connecting tube.

[0014] A better technical solution: a ball block is provided on the side surface of the upper end of the circular body, and the ball block slides in the circular groove on the outside of the connecting tube. When the connecting tube moves downward, the circular groove and the sliding of the ball block are in a vertical state. When the connecting tube is subjected to lateral force, the slide groove limits the ball block to slide and support the distance between the connecting tube and the circular body, and when the connecting tube is subjected to lateral force, it is pressed against the square slide groove in the guide plate, so that the connecting tube slides vertically in the compression mechanism.

[0015] A better technical solution: the transmission structure is provided with an arc plate, a motor, a round tube, a hinge rod, a machine rod, a limit rod, and a steel cable. The hinge rod is arranged on the outside of the two limit rods, and the hinge rod is connected to the hollow tube hinge for rotation. A bearing rod is provided in the electric box, and the steel cable is sleeved outside the bearing rod. One of the steel cables is connected to the lower end of the limit rod. The motor is arranged at the upper end of the arc plate. When the motor rotates, the motor drives the machine rod to rotate, and pulls the steel cable to pull the limit rod downward. Then the two limit rods slide vertically in the arc plates on both sides in a square shape, and drive the fixed structure connected to the round tube to move downward, and at the same time drive the hollow tube connected to the hinge rod to rotate clockwise.

[0016] A better technical solution: There are two limit rods, each of which is provided with a round tube connected to the outside of the fixed structure, and the two limit rods are provided with connecting rods for fixed connection, and the two limit rods are parallel to each other.

[0017] A better technical solution: There are two motors, which are respectively fixed on the upper ends of the two arc-shaped plates, and when the motors rotate synchronously, they rotate in opposite directions and synchronously drive the limit rods on both sides to rise and fall. There is only one circular tube and hinge rod, which is arranged on one side of the hollow tube connection, and the limit rod on the other side is not provided with a circular tube and a hinge rod.

[0018] A better technical solution: there are two steel cables, the upper end of one of which is wrapped around the outside of the machine rod. When the steel cable shrinks and wraps, the steel cable slides outside the bearing rod and pulls the limit rod downward. The other steel cable is wrapped around the machine rod and connected to the upper end of the limit rod. The two steel cables are wrapped separately around the machine rod, so that the two steel cables form a "U" shape. When the machine rod rotates counterclockwise, it drives the limit rod to slide downward and drives the fixed structure connected to the upper end to compress downward.

[0019] Working method of multifunctional integrated smart light pole:

[0020] S1: Before power is turned on, the line passes through the inside of the lamp pole mechanism. The rotating ring is rotated by the fastening structure position to make the sliding block squeeze the semicircular block, and the semicircular block drives the rubber ring to squeeze and fix the line passing through the middle, and the lines in the adjacent fixing boxes are fixed in sections.

[0021] S2: The two motors are controlled to run synchronously through the electrical box circuit, driving the steel cable to wrap around the counterclockwise rotating machine rod and pull the limit rods on the arc plates on both sides to slide vertically. At this time, the limit rods move vertically to cause the round tube to drive the outer side of the fixed structure to move downward in compression.

[0022] S3: The fixed structure is driven downward to be compressed, and the fixed box is pressed against the compression mechanism, thereby lowering the height of the lamp pole mechanism and causing each of the connecting pipes to slide vertically on the guide plate and shrink. At the same time, the line is folded in sections within each compression mechanism during compression.

[0023] S4: When the limit rod moves vertically downward, the connected hinge rod is driven to move, and the hollow tube outside the hinge rod moves vertically. Since the hollow tube and the oblique rod are compressed on the side of the fixed structure, the hollow tube is driven to move in the direction of the oblique rod, and slides and rotates with the upper end of the oblique rod, so that the hollow tube tends to rotate vertically, and the signal light and monitor on the hollow tube are tilted upward.

[0024] S5: The steps of S1-S4 are that the motor rotates counterclockwise to drive the lamp pole mechanism to compress downward. When the motor rotates clockwise, the limit rod is pulled upward to slide upward under the "U"-shaped back and forth pulling formed by the steel cable, so the lamp pole mechanism is extended and retracted in the opposite direction through the steps of S1-S4.

[0025] Compared with the prior art, this technical solution has the following advantages:

[0026] In the present invention, when the compression mechanism and the fixed structure are compressed, only the lines within the interval between every two fixed structures are compressed, so that the lines are folded in sections in each compression mechanism when compressed and lifted, so that the activity space of each section of the line is separately separated, preventing the internal lines from being easily accumulated and compressed during lifting, and avoiding crowding and pulling damage to the activity space of the lines.

[0027] In the present invention, the circuit controls the transmission structure to pull the uppermost fixed structure downward to compress the compression mechanism. At this time, the right end of the hollow tube is synchronously driven by the fixed structure and the transmission structure to translate, so that the right end hollow tube is close to the lower end of the oblique rod after being compressed by the compression mechanism and the fixed structure. Therefore, the hollow tube rotates and slides at the upper end of the oblique rod, so that the hollow tube drives the signal light and the monitor to tend to be vertical, preventing the hollow tube from being too long horizontally and affecting the lifting. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0029] Figure 1 This is an overall diagram of the present invention.

[0030] Figure 2 It is a side view of the lamp pole mechanism.

[0031] Figure 3 A side view of the fixed structure.

[0032] Figure 4 It is a plan view of the fastening structure.

[0033] Figure 5 It is a partial three-dimensional schematic diagram of the compression mechanism.

[0034] Figure 6 It is a partial three-dimensional schematic diagram of the transmission structure.

[0035] In the figure: lamp pole mechanism-1, oblique pole-2, base-3, electrical box-4, hollow tube-5, lamp stand-6, signal light-7, monitor-8, support tube-11, compression mechanism-12, transmission structure-13, fixed structure-14.

[0036] Bearing rod-41, fixing box-141, fastening structure-142, connecting pipe-143, sliding block-1421, semicircular block-1422, supporting ring-1423, rubber ring-1424, swivel-1425.

[0037] Rubber block 121, guide plate 122, metal tube 123, round body 124.

[0038] Arc plate 131, motor 132, round tube 133, hinge rod 134, machine rod 135, limit rod 136, steel cable 137. DETAILED DESCRIPTION

[0039] like Figures 1 to 6 As shown, the present invention proposes a multifunctional integrated smart lamp pole and a working method thereof, comprising a lamp pole mechanism 1, an oblique pole 2, a base 3, an electrical box 4, a hollow tube 5, a lamp stand 6, a signal lamp 7, and a monitor 8, wherein the signal lamp 7 and the monitor 8 are horizontally arranged on the hollow tube 5, the hollow tube 5 and the oblique pole 2 are arranged on the side of the lamp pole mechanism 1, and the upper end of the oblique pole 2 is connected to the hollow tube 5 to form a triangle shape with the lamp pole mechanism 1, the lamp stand 6 is arranged at the upper end of the lamp pole mechanism 1, and the signal lamp 7, the monitor 8 and the lamp stand 6 are connected to the electrical box 4 at the lower end of the lamp pole mechanism 1 through a line, the lamp pole mechanism 1 is arranged at the upper end of the electrical box 4, and the electrical box 4 is fixed to the upper end of the base 3 and bolted to the ground;

[0040] The lamp pole mechanism 1 is provided with a support tube 11, a compression mechanism 12, a transmission structure 13, and a fixed structure 14. The support tube 11 is arranged in the uppermost fixed structure 14 and is connected and supported with the lamp stand 6. The fixed structures 14 are arranged in a straight line at equal distances, and the compression mechanism 12 is arranged between the fixed structures 14, and the compression mechanism 12 is closer to the adjacent lower fixed structure 14. The transmission structure 13 is arranged on the outer side of the uppermost fixed structure 14, and the hollow tube 5 and the oblique rod 2 are arranged on the side of the fixed structure 14 separated by two compression mechanisms 12. When the transmission structure 13 moves downward, it drives the fixed structure 14 and the compression mechanism 12 to be compressed, so that the hollow tube 5 slides and rotates at the upper end of the oblique rod 2, and the hollow tube 5 tends to rotate vertically. At the same time, the line passing through the compression mechanism 12 and the fixed structure 14 is fixed in the middle of the fixed structure 14, and the compression mechanism 12 between every two adjacent fixed structures 14 is compressed separately.

[0041] There are two transmission structures 13 , which are fixed on the upper end of the electric box 4 and symmetrically distributed on both sides of the fixed structure 14 . The transmission structure 13 on the left is connected to the hollow tube 5 , and the transmission structure 13 passes through the inside of the oblique rod 2 .

[0042] Furthermore, the oblique rod 2 is arranged in an inclined state of 40 degrees, and the connection between the upper end of the oblique rod 2 and the hollow tube 5 is a sliding joint connection, which has the effect of hinge rotation, and the hollow tube 5 can slide and fit on the upper end of the oblique rod 2.

[0043] In the present invention, the lamp stand 6, the signal light 7 and the monitor 8 are connected to the lamp pole mechanism 1 through a line, and the line is threaded and wound into a tube. The tubular line passes between the compression mechanism 12 and the fixed structure 14 and is regulated in the electrical box 4. When lifting, the circuit controls the transmission structure 13 to pull the uppermost fixed structure 14 downward to compress the compression mechanism 12. At this time, the right end of the hollow tube 5 is synchronously driven by the fixed structure 14 and the transmission structure 13 to translate, so that the right end hollow tube 5 is close to the lower end of the oblique rod 2 after being compressed by the compression mechanism 12 and the fixed structure 14. Therefore, the hollow tube 5 rotates and slides at the upper end of the oblique rod 2, so that the hollow tube 5 drives the signal light 7 and the monitor 8 to tend to be vertical, preventing the hollow tube 5 from being too long horizontally and affecting the lifting.

[0044] In the present invention, when the compression mechanism 12 and the fixed structure 14 are compressed, only the lines within the interval between every two fixed structures 14 are compressed, so that the lines are folded in sections in each compression mechanism 12 when compressed and lifted. Therefore, the activity space of each section of the line is separately separated, preventing the internal lines from being easily accumulated and compressed during lifting, and avoiding crowding and pulling damage to the activity space of the lines.

[0045] Among them, the fixed structure 14 is provided with a fixed box 141, a fastening structure 142, and a connecting pipe 143. The fastening structure 142 is arranged in the middle of the fixed box 141 and fixes the line passing through the middle. The connecting pipe 143 is arranged on the lower side of the fixed box 141. When the fixed box 141 moves downward and is compressed, the connecting pipe 143 is pushed to slide vertically inside the compression mechanism 12.

[0046] Among them, the fastening structure 142 is provided with a sliding block 1421, a semicircular block 1422, a support ring 1423, a rubber ring 1424, and a swivel 1425. The swivel 1425 slides and rotates in the fixed box 141. There are two support rings 1423, and the two support rings 1423 are respectively fixed on the upper and lower sides of the fixed box 141. The rubber ring 1424 fits in the two support rings 1423, and the six semicircular blocks 1422 are arranged in a circular array with the rubber ring 1424 as the center. The six sliding blocks 1421 are arranged in a circular array in the swivel 1425. When the swivel 1425 rotates, the sliding block 1421 squeezes the outer side of the semicircular block 1422, and drives the rubber ring 1424 fixed in the support ring 1423 to deform and squeeze inward, and presses and fixes the outer side of the line passing through the middle.

[0047] In addition, the sliding block 1421 has an arc-shaped notch, and the arc of the arc-shaped notch is the same as the arc of the outer side of the semicircular block 1422 . When the sliding block 1421 rotates to squeeze the semicircular block 1422 , it stays in the middle position of the outer side of the semicircular block 1422 .

[0048] In the present invention, during installation, the line passes through the fastening structure 142 in the fixed box 141, and the rotating ring 1425 is rotated to squeeze the sliding block 1421 and stay on the outside of the semicircular block 1422. At this time, the semicircular block 1422 squeezes the rubber ring 1424 fixed by the support ring 1423 inward after being squeezed, and the rubber ring 1424 forms six inward squeezing points to press against the outside of the line for friction and fixation, so that the line between every two fixed boxes 141 is segmented to prevent the lines from being stacked and squeezed on each other during compression to cause pulling.

[0049] Among them, the compression mechanism 12 is provided with a rubber block 121, a guide plate 122, a metal tube 123, and a circular body 124. The rubber block 121 is arranged on the inner side of the circular body 124 and fits on the outer side of the guide plate 122. When the connecting tube 143 slides on the inner side of the circular body 124, the rubber block 121 elastically supports the guide plate 122 and makes it press against and slide with the connecting tube 143. The metal tube 123 is arranged at the lower end of the circular body 124 and connected to the upper end of the adjacent fixed structure 14. A square slide groove is provided inside the guide plate 122, and the square slide groove slides in accordance with the shape of the outer side of the connecting tube 143.

[0050] In addition, a ball block is provided on the side surface of the upper end of the circular body 124, and the ball block slides in the circular groove outside the connecting tube 143. When the connecting tube 143 moves downward, the circular groove and the sliding of the ball block are in a vertical state. When the connecting tube 143 is subjected to lateral force, the slide groove limits the ball block to slide and support the distance between the connecting tube 143 and the circular body 124, and when the connecting tube 143 is subjected to lateral force, it is pressed against the square slide groove in the guide plate 122, so that the connecting tube 143 slides vertically in the compression mechanism 12.

[0051] When the fixed structure 14 and the compression mechanism 12 in the present invention are compressed, the fixed box 141 moves downward and drives the connecting tube 143 to slide in the circular body 124. At this time, the ball block in the circular body 124 slides in the circular groove on the outer side of the connecting tube 143, and the lower end side of the connecting tube 143 is pressed against the square slide groove in the guide plate 122 to slide. Under the elasticity of the rubber block 121, the guide plate 122 and the connecting tube 143 are ensured to be in a pressed state. In the present invention, the upper end of the circular body 124 is limited by the connecting tube 143. When subjected to lateral force, the lower end of the connecting tube 143 can also be supported by the guide plate 122, forming two layers of support for the outer side of the connecting tube 143, ensuring that the connecting tube 143 is in a vertical compression state, and preventing the fixed structure 14 and the compression mechanism 12 from tilting and shaking.

[0052] Among them, the transmission structure 13 is provided with an arc plate 131, a motor 132, a round tube 133, a hinge rod 134, a machine rod 135, a limit rod 136, and a steel cable 137. The hinge rod 134 is arranged on the outside of the two limit rods 136, and the hinge rod 134 is connected to the hollow tube 5 for hinge rotation. A bearing rod 41 is provided in the electric box 4, and the steel cable 137 is sleeved outside the bearing rod 41, one of the steel cables 137 is connected to the lower end of the limit rod 136, and the motor 132 is arranged at the upper end of the arc plate 131. When the motor 132 rotates, the motor 132 drives the machine rod 135 to rotate, and pulls the steel cable 137 to pull the limit rod 136 to move downward, and then the two limit rods 136 are square and slide vertically in the arc plates 131 on both sides, and drive the fixed structure 14 connected to the round tube 133 to move downward, and at the same time drive the hollow tube 5 connected to the hinge rod 134 to rotate clockwise.

[0053] Furthermore, two limiting rods 136 are provided, each of the two limiting rods 136 is provided with a round tube 133 connected to the outer side of the fixing structure 14, and the two limiting rods 136 are provided with a connecting rod for fixed connection, and the two limiting rods 136 are parallel to each other.

[0054] In addition, two motors 132 are provided, which are respectively fixed on the upper ends of the two arc-shaped plates 131, and when the motors 132 rotate synchronously, they rotate in opposite directions and synchronously drive the limit rods 136 on both sides to rise and fall. There is only one circular tube 133 and hinge rod 134, which is arranged on one side connected to the hollow tube 5, and the limit rod 136 on the other side is not provided with a circular tube 133 and a hinge rod 134.

[0055] In addition, there are two steel cables 137, the upper end of one of which is wound around the machine rod 135. When the steel cable 137 is contracted and wound, the steel cable 137 slides outside the bearing rod 41 and pulls the limiting rod 136 downward. The other steel cable 137 is wound around the machine rod 135 and connected to the upper end of the limiting rod 136. The two steel cables 137 are separately wound around the machine rod 135, so that the two steel cables 137 form a "U" shape. When the machine rod 135 rotates counterclockwise, it drives the limiting rod 136 to slide downward and drives the fixed structure 14 connected to the upper end to be compressed downward.

[0056] In the present invention, the motor 132 circuit is connected in the lamp pole mechanism 1 and passes through the interior to be connected and controlled by the electrical box 4, and the transmission structure 13 is provided with two. The two motors 132 at the upper ends of the two transmission structures 13 are synchronously controlled to operate. When descending and compressing, the motor 132 drives the machine rod 135 to rotate counterclockwise, and then the steel cable 137 is wound and contracted, and the steel cable 137 slides outside the bearing rod 41 while pulling the limit rod 136. At this time, the machine rod 135 is in a loose winding state and has a certain supporting force on the limit rod 136, thereby slowly driving the limit rod 136 to slide downward in the arc plate 131. Therefore, the limit rod 136 drives The hinge rod 134 translates the right end of the hollow tube 5 downward, causing the hollow tube 5 to rotate and shrink, reducing the lateral length. At the same time, the left and right sides of the fixed structure 14 connected to the round tube 133 move downward and compress the compression mechanism 12. Under the segmentation of the line by the fixed structure 14 and the compression mechanism 12, damage to the line is avoided. After the machine rod 135 rotates clockwise, another steel cable 137 is wrapped around the machine rod 135 to pull the limit rod 136 up, and stabilizes the movement of the limit rod 136 under the sliding connection between the steel cable 137 and the bearing rod 41, and realizes the compression activity of the fixed structure 14 on the compression mechanism 12 by pulling back and forth in a "U" shape.

[0057] Working method of multifunctional integrated smart light pole:

[0058] S1: Before power is turned on, the line passes through the lamp pole mechanism 1, and the rotating ring 1425 is rotated by the fastening structure 142 to make the sliding block 1421 squeeze the semicircular block 1422, and the semicircular block 1422 drives the rubber ring 1424 to squeeze and fix the line passing through the middle, and the lines in the adjacent fixing boxes 141 are fixed in sections.

[0059] S2: The two motors 132 are controlled to run synchronously through the circuit of the electrical box 4, driving the steel cable 137 to wrap around the counterclockwise rotating machine rod 135 and pull the limit rods 136 on the two side arc plates 131 to slide vertically. At this time, the limit rods 136 move vertically to make the round tube 133 drive the outer side of the fixed structure 14 to move downward in compression.

[0060] S3: The fixed structure 14 is driven to be compressed downward, and the fixed box 141 is pressed toward the compression mechanism 12, thereby lowering the height of the lamp pole mechanism 1, and causing each of the connecting tubes 143 to slide vertically on the guide plate 122 and shrink. At the same time, the line is folded in sections within each compression mechanism 12 during compression.

[0061] S4: When the limit rod 136 moves vertically downward, the connected hinge rod 134 is driven to move, and the hollow tube 5 outside the hinge rod 134 moves vertically. Since the hollow tube 5 and the oblique rod 2 are compressed on the side of the fixed structure 14, the hollow tube 5 is driven to move toward the oblique rod 2, and slides and rotates with the upper end of the oblique rod 2, so that the hollow tube 5 tends to rotate vertically, and the signal light 7 and the monitor 8 on the hollow tube 5 are tilted upward.

[0062] S5: The steps of S1-S4 are that the motor 132 rotates counterclockwise to drive the lamp pole mechanism 1 to compress downward, and when the motor 132 rotates clockwise, the limit rod 136 is pulled upward to slide upward under the "U"-shaped back and forth pulling formed by the steel cable 137, so that the lamp pole mechanism 1 is extended and retracted in the opposite direction through the steps of S1-S4.

[0063] The above description is only a preferred embodiment of the present invention, and therefore cannot be used to limit the scope of the present invention. That is, equivalent changes and modifications made according to the patent scope of the present invention and the contents of the specification should still fall within the scope of the present invention.

Claims

1. A multifunctional integrated smart lamp pole, characterized in that: The invention comprises a lamp pole mechanism (1), an oblique pole (2), a base (3), an electrical box (4), a hollow tube (5), a lamp stand (6), a signal light (7), and a monitor (8), wherein the signal light (7) and the monitor (8) are horizontally arranged on the hollow tube (5), the hollow tube (5) and the oblique pole (2) are arranged on the side of the lamp pole mechanism (1), and the upper end of the oblique pole (2) is connected to the hollow tube (5) to form a triangular shape with the lamp pole mechanism (1), the lamp stand (6) is arranged at the upper end of the lamp pole mechanism (1), and the signal light (7), the monitor (8) and the lamp stand (6) are connected to the electrical box (4) at the lower end of the lamp pole mechanism (1) through a line, the lamp pole mechanism (1) is arranged at the upper end of the electrical box (4), the electrical box (4) is fixed to the upper end of the base (3), and the base (3) is bolted to the ground; The lamp pole mechanism (1) is provided with a support tube (11), a compression mechanism (12), a transmission structure (13), and a fixed structure (14); the support tube (11) is arranged in the uppermost fixed structure (14) and is connected and supported by the lamp stand (6); the fixed structures (14) are arranged in a straight line at equal distances; the compression mechanism (12) is arranged between the fixed structures (14), and the compression mechanism (12) is closer to the adjacent lower fixed structure (14); the transmission structure (13) is arranged outside the uppermost fixed structure (14), and is hollow. The tube (5) and the oblique rod (2) are arranged on the side of a fixed structure (14) separated by two compression mechanisms (12). When the transmission structure (13) moves downward, it drives the fixed structure (14) and the compression mechanism (12) to be compressed, so that the hollow tube (5) slides and rotates on the upper end of the oblique rod (2), and the hollow tube (5) tends to rotate vertically. At the same time, the line passing through the compression mechanism (12) and the fixed structure (14) is fixed in the middle of the fixed structure (14), and the compression mechanism (12) between every two adjacent fixed structures (14) is compressed separately.

2. The multifunctional integrated smart lamp pole according to claim 1, characterized in that: Two transmission structures (13) are provided, the two transmission structures (13) are fixed to the upper end of the electric box (4) and symmetrically distributed on both sides of the fixed structure (14), the transmission structure (13) on the left side is connected to the hollow tube (5), and the transmission structure (13) on the left side passes through the interior of the oblique rod (2).

3. The multifunctional integrated smart lamp pole according to claim 1, characterized in that: The fixing structure (14) is provided with a fixing box (141), a fastening structure (142), and a connecting pipe (143); the fastening structure (142) is arranged in the middle of the fixing box (141) and fixes the line passing through the middle; the connecting pipe (143) is arranged at the lower side of the fixing box (141); when the fixing box (141) moves downward and is compressed, the connecting pipe (143) is pushed to slide vertically inside the compression mechanism (12).

4. The multifunctional integrated smart lamp pole according to claim 3, characterized in that: The fastening structure (142) is provided with a sliding block (1421), a semicircular block (1422), a supporting ring (1423), a rubber ring (1424), and a rotating ring (1425); the rotating ring (1425) slides and rotates in the fixed box (141); two supporting rings (1423) are provided, and the two supporting rings (1423) are respectively fixed to the upper and lower sides of the interior of the fixed box (141); the rubber ring (1424) is fitted on the two supporting rings (1423), and the six semicircular blocks (1422) are arranged in a circular array with the rubber ring (1424) as the center, and the six sliding blocks (1421) are arranged in a circular array in the rotating ring (1425). When the rotating ring (1425) rotates, the sliding blocks (1421) squeeze the outer sides of the semicircular blocks (1422), and drive the rubber ring (1424) fixed in the supporting ring (1423) to deform and squeeze inward, and press and fix the outer sides of the line passing through the middle.

5. The multifunctional integrated smart lamp pole according to claim 3, characterized in that: The compression mechanism (12) is provided with a rubber block (121), a guide plate (122), a metal tube (123), and a circular body (124); the rubber block (121) is arranged inside the circular body (124) and fits on the outside of the guide plate (122); when the connecting tube (143) slides inside the circular body (124), the rubber block (121) elastically supports the guide plate (122) and causes the guide plate (122) to press against and slide with the connecting tube (143); the metal tube (123) is arranged at the lower end of the circular body (124) and is connected to the upper end of an adjacent fixed structure (14); a square slide groove is provided inside the guide plate (122); the square slide groove matches the shape of the outer side of the connecting tube (143) and slides.

6. The multifunctional integrated smart lamp pole according to claim 5, characterized in that: A ball block is provided on the side surface of the upper end of the circular body (124), and the ball block slides in a circular groove outside the connecting tube (143). When the connecting tube (143) moves downward, the circular groove and the ball block slide in a vertical state. When the connecting tube (143) is subjected to a lateral force, the sliding groove limits the ball block to slide and support the distance between the connecting tube (143) and the circular body (124). When the connecting tube (143) is subjected to a lateral force, it presses against the square sliding groove in the guide plate (122), so that the connecting tube (143) slides vertically in the compression mechanism (12).

7. The multifunctional integrated smart lamp pole according to claim 4, characterized in that: The transmission structure (13) is provided with an arc plate (131), a motor (132), a round tube (133), a hinge rod (134), a machine rod (135), a limit rod (136), and a steel cable (137); the hinge rod (134) is arranged outside the two limit rods (136), and the hinge rod (134) is connected to the hollow tube (5) for hinged rotation; a bearing rod (41) is provided inside the electric box (4); the steel cable (137) is sleeved outside the bearing rod (41), and one of the steel cables (137) is connected to the The motor (132) is arranged at the upper end of the arc plate (131) at the lower end of the limit rod (136). When the motor (132) rotates, the motor (132) drives the machine rod (135) to rotate, and pulls the steel cable (137) to pull the limit rod (136) to move downward. Then, the two limit rods (136) slide vertically in the arc plates (131) on both sides in a square shape, and drive the fixed structure (14) connected to the round tube (133) to move downward, and at the same time drive the hollow tube (5) connected to the hinge rod (134) to rotate clockwise.

8. The multifunctional integrated smart lamp pole according to claim 7, characterized in that: Two limit rods (136) are provided, each of the two limit rods (136) is provided with a round tube (133) connected to the outside of the fixed structure (14), and the two limit rods (136) are provided with a connecting rod for fixed connection, so that the two limit rods (136) are parallel to each other.

9. The multifunctional integrated smart lamp pole according to claim 7, characterized in that: Two steel cables (137) are provided, wherein the upper end of one of the steel cables (137) is wound around the outside of the machine rod (135); when the steel cable (137) is contracted and wound, the steel cable (137) slides outside the bearing rod (41) and pulls the limit rod (136) downward; the other steel cable (137) is wound around the machine rod (135) and connected to the upper end of the limit rod (136); and the two steel cables (137) are separately wound around the machine rod (135), so that the two steel cables (137) form a "U" shape; when the machine rod (135) rotates counterclockwise, the limit rod (136) is driven to slide downward, and the fixed structure (14) connected to the uppermost end is driven to be compressed downward.

10. The working method of the multifunctional integrated smart lamp pole according to claim 7, characterized in that: The working method comprises the following specific steps: S1: before power is turned on, the circuit passes through the interior of the lamp pole mechanism (1), and the rotating ring (1425) is rotated by the fastening structure (142) so that the sliding block (1421) squeezes the semicircular block (1422), and the semicircular block (1422) squeezes and fixes the circuit passing through the middle of the rubber ring (1424), thereby fixing the circuit in the adjacent fixing box (141) in sections; S2: The two motors (132) are controlled to run synchronously through the circuit of the electric box (4), driving the steel cable (137) to wrap around the counterclockwise rotating machine rod (135) and pull the limit rods (136) on the two side arc plates (131) to slide vertically. At this time, the limit rods (136) move vertically so that the round tube (133) drives the outer side of the fixed structure (14) to move downward in compression; S3: the fixed structure (14) is driven to be compressed downward, and the fixed box (141) is pressed against the compression mechanism (12), thereby lowering the height of the lamp pole mechanism (1), and causing each of the connecting tubes (143) to slide vertically and shrink in the compression mechanism (12), and at the same time, during compression, the line is folded in sections in each compression mechanism (12); S4: When the limit rod (136) moves vertically downward, the connected hinge rod (134) is driven to move, and the hollow tube (5) outside the hinge rod (134) moves vertically. Since the hollow tube (5) and the oblique rod (2) are compressed on the side of the fixed structure (14), the hollow tube (5) is driven to move in the direction of the oblique rod (2) and slides and rotates with the upper end of the oblique rod (2), so that the hollow tube (5) tends to rotate vertically, and the signal light (7) and the monitor (8) on the hollow tube (5) are tilted upward; S5: Steps S1 to S4 are as follows: the motor (132) rotates counterclockwise to drive the lamp pole mechanism (1) to be compressed downwards; when the motor (132) rotates clockwise, the limit rod (136) is pulled upwards to slide upwards under the "U"-shaped back-and-forth pulling formed by the steel cable (137), so that the lamp pole mechanism (1) is extended and retracted in the opposite direction through steps S1 to S4.

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