Monitoring and lighting integrated double-lifting system

Abstract

The utility model relates to a monitoring and lighting integrated double-lifting system which comprises a lamp panel lifting machine, a camera panel lifting machine, a lamp panel steel wire rope connector and a camera panel steel wire rope connector, the lamp panel lifting machine is connected with the lamp panel steel wire rope connector through a main steel wire rope, and the camera panel lifting machine is designed to be a three-drum winch. The camera disc lifter controls a main steel wire rope to be connected with three positions of a camera disc steel wire rope connector through three winding drums, and the camera disc steel wire rope connector is connected to the upper portion of the lifting camera disc after bypassing corresponding camera disc pulleys through a plurality of auxiliary steel wire ropes. The device has the advantages that the design is ingenious, the structure is reasonable and compact, the operation is convenient, the camera disc lifter is designed to be three winding drums, the lamp disc lifter is designed to be a single winding drum, and a plurality of auxiliary steel wire ropes are connected above through the camera disc steel wire rope connector and the lamp disc steel wire rope connector, so that the problem of interference among the steel wire ropes in the winding process is avoided; safety and reliability.

Description

Technical Field

[0001] The utility model relates to the field of lighthouses, and in particular to a monitoring and lighting integrated double lifting system. Background Art

[0002] At present, the lighthouse is equipped with an integrated monitoring and lighting system structure, which has a lifting light panel and a camera panel. The lights are installed on the upgraded light panel, and the camera is installed on the camera panel. The lifting light panel is installed higher than the camera panel. Both are lifted and installed on the outside of the lighthouse tower body, but they are controlled by the same motor. During maintenance, if one has a problem, both must be operated at the same time, which is inconvenient to operate and prone to interference. Summary of the invention

[0003] In order to solve the above technical problems, the utility model proposes a monitoring and lighting integrated double lifting system, which has a clever design, a reasonable and compact structure, is easy to operate, and will not cause interference problems.

[0004] The technical solution of this utility model:

[0005] A monitoring lighting integrated double lifting system, the lifting lighthouse includes a lighthouse tower body, a lifting light panel, and a lifting camera panel. The lifting light panel and the lifting camera panel are installed on the outside of the lighthouse tower body. The lifting light panel and the lifting camera panel are driven to lift and lower through the double lifting system control. The double lifting system includes a light panel elevator, a camera panel elevator, a light panel wire rope connector, a camera panel wire rope connector, a light panel pulley block, and a camera panel pulley. The light panel elevator is installed at the bottom of the lighthouse tower body, and the camera panel elevator is also installed at the bottom of the lighthouse tower body and the camera panel elevator is located below the light panel elevator. The light panel elevator is connected to the light panel wire rope connector through a main wire rope. The light panel pulley block is designed with several groups and is respectively installed Installed around the upper end of the lighthouse tower body, the lamp panel wire rope connector is connected to the lifting lamp panel through multiple auxiliary wire ropes that are respectively wrapped around the outside of the corresponding lamp panel pulley group; the camera panel elevator is designed as a three-drum winch, and the camera panel elevator controls a main wire rope through three drums to connect the three positions of the camera panel wire rope connector. There are several camera panel pulleys designed and installed at the upper middle position of the outside of the lighthouse tower body. The inner side of the camera panel pulley is located on the inside of the lighthouse tower body, and the outer side of the camera panel pulley is located on the outside of the lighthouse tower body. The camera panel wire rope connector is connected to the lifting camera panel through multiple auxiliary wire ropes that are respectively wrapped around the corresponding camera panel pulleys; the lamp panel elevator is a single-drum winch.

[0006] A first sprocket is designed at one end of one of the reels of the camera disc elevator, and the two outer reels of the camera disc elevator are connected by a driving shaft in the middle, a reducer is installed in the middle of the driving shaft, a second sprocket is installed on the driving shaft and the second sprocket is located on one side of the reducer, the first sprocket and the second sprocket are connected by a chain, and one side of the reducer is connected to the driving motor; the three reels are installed in a triangular shape and the three reels are located at the bottom of the lighthouse tower body near the edge; the single reel of the lamp disc elevator is located in the middle of the lighthouse tower body and the reel of the lamp disc elevator is located above and in the middle of the three reels of the camera disc elevator.

[0007] The lamp panel wire rope connector includes a disc and a connecting shaft. The upper end of the connecting shaft is connected to the middle position below the disc. The lower end of the connecting shaft is provided with a circular hole for connecting the main wire rope of the lamp panel elevator. A plurality of connecting holes for connecting auxiliary wire ropes are also installed around the disc.

[0008] The camera disc wire rope connector is configured as a circular ring, and three main wire ropes of the camera disc lift are evenly connected around the circular ring, and a plurality of auxiliary wire ropes are also evenly connected around the circular ring.

[0009] The diameter of the lifting lamp panel is greater than the diameter of the lifting camera panel.

[0010] A hollow hole is designed in the middle of the camera panel wire rope connector, and the inner diameter of the hollow hole is larger than the outer diameter of the lamp panel wire rope connector.

[0011] The advantages of the utility model are ingenious design, reasonable and compact structure, and convenient operation. The lifting lamp panel and the lifting camera panel are independently controlled to lift and lower through the lamp panel elevator and the camera panel elevator respectively. The camera panel elevator is designed as three drums, and the lamp panel elevator is designed as a single drum. The single drum is located above the middle of the three drums. In this way, the main steel ropes complement each other during operation. Multiple auxiliary steel ropes are connected above through the camera panel steel rope connector and the lamp panel steel rope connector, so as to avoid interference problems during the winding process of the steel ropes, which is safe and reliable. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a schematic diagram of the utility model.

[0013] Figure 2 It is a partially enlarged schematic diagram of the middle position of the utility model.

[0014] Figure 3 It is a partially enlarged schematic diagram of the lower end position of the utility model.

[0015] Figure 4 It is a partial transverse sectional schematic diagram of the camera disc lifter of the utility model. DETAILED DESCRIPTION

[0016] See attached Figure 1-4 , a monitoring lighting integrated double lifting system, the lifting lighthouse includes a lighthouse tower body 1, a lifting light panel 2, and a lifting camera panel 3. The lifting light panel 2 and the lifting camera panel 3 are installed on the outside of the lighthouse tower body 1. The lifting light panel 2 and the lifting camera panel 3 are driven to lift and lower through the double lifting system control. The double lifting system includes a light panel elevator 4, a camera panel elevator 5, a light panel wire rope connector 6, a camera panel wire rope connector 7, a light panel pulley block 8, and a camera panel pulley 9. The light panel elevator 4 is installed at the lower part of the lighthouse tower body 1, and the camera panel elevator 5 is also installed at the lower part of the lighthouse tower body 1 and the camera panel elevator 5 is located below the light panel elevator 4. The light panel elevator 4 is connected to the light panel wire rope connector 6 through a main wire rope. The light panel pulley block 8 is designed with several groups and is respectively installed at a circle position on the upper end of the lighthouse tower body 1. The light panel wire rope connector 6 is then respectively pulled from the corresponding light panel pulleys through multiple auxiliary wire ropes. The outer side of the group 8 is surrounded and connected to the lifting lamp panel 2; the camera panel elevator 5 is designed as a three-drum winch, and the camera panel elevator 5 controls a main steel wire rope through three drums to connect the three positions of the camera panel wire rope connector 7. There are several camera panel pulleys 9 designed and installed respectively at the middle and upper positions of the outer side of the lighthouse tower body 1. The inner side of the camera panel pulley 9 is located on the inner side of the lighthouse tower body 1, and the outer side of the camera panel pulley 9 is located on the outer side of the lighthouse tower body 1. The camera panel wire rope connector 7 then passes through multiple auxiliary steel wire ropes around the corresponding camera panel pulleys 9 and is connected to the lifting camera panel 3; the lamp panel elevator 4 is a single-drum winch, which includes a drum 41, a reducer 42 and a drive motor 43. The drive motor 43 drives one end connected to the reducer 42, and the other end of the reducer 42 drives the drum 41. The drum 41 is used to retract and release the wire rope. This is the prior art, and the utility model is briefly described.

[0017] A first sprocket 51 is designed at one end of one of the reels 56 of the camera disc elevator 5, and the two outer reels 56 of the camera disc elevator 5 are connected by a driving shaft 52 in the middle, a reducer 53 is installed in the middle of the driving shaft 52, a second sprocket 54 is installed on the driving shaft 52 and the second sprocket 54 is located on one side of the reducer 53, the first sprocket 51 and the second sprocket 54 are connected by a chain, and a driving motor 55 is connected to one side of the reducer 53; the three reels 56 are installed in a triangular shape and the three reels 56 are located at the lower part of the lighthouse tower body 1 near the edge; the single reel 41 of the lamp panel elevator 4 is located in the middle of the lighthouse tower body 1 and the reel 41 of the lamp panel elevator 4 is located above and in the middle of the three reels 56 of the camera disc elevator 5.

[0018] The lamp panel wire rope connector 6 includes a disc 61 and a connecting shaft 62. The upper end of the connecting shaft 62 is connected to the middle position below the disc 61. The lower end of the connecting shaft 62 is provided with a circular hole for connecting the main wire rope of the lamp panel elevator 4. The disc 61 is also provided with three connecting holes around it for connecting auxiliary wire ropes.

[0019] The camera tray wire rope connector 7 is set as a circular ring, and the three main wire ropes of the camera tray elevator 5 are evenly connected around the circular ring, and three auxiliary wire ropes are evenly connected around the circular ring. A hollow hole is designed in the middle of the camera tray wire rope connector 7, and the inner diameter of the hollow hole is larger than the outer diameter of the lamp tray wire rope connector 6. The circular ring design firstly avoids the interference between the main wire rope of the lamp tray elevator and the three main wire ropes of the camera tray elevator, secondly avoids the interference between the circular ring and the circular disk of the lamp tray wire rope connector, and thirdly avoids the interference problem between the main wire rope of the camera tray elevator when the circular ring is sleeved on the outside of the auxiliary wire rope of the lamp tray elevator, which is safe and reliable.

[0020] The diameter of the lifting lamp panel 2 is larger than the diameter of the lifting camera panel 3. The lifting lamp panel of this design can be released and lowered separately for maintenance and repair, and will not interfere with the lifting camera panel during the lowering process.

[0021] When the utility model is in use, the lifting lamp panel and the lifting camera panel are independently controlled to be lifted and lowered through the lamp panel elevator and the camera panel elevator respectively. The camera panel elevator is designed as three drums, and the lamp panel elevator is designed as a single drum. The single drum is located above the middle of the three drums. When the three drums of the camera panel elevator retract and release the main steel wire rope, they run from the outside of the main steel wire rope of the drum of the lamp panel elevator. In this way, the main steel wire ropes complement each other during operation. Multiple auxiliary steel wire ropes are connected respectively through the camera panel steel wire rope connector and the lamp panel steel wire rope connector above. The camera panel steel wire rope connector is designed as a circular ring. The main steel wire rope of the drum of the lamp panel elevator will not cause interference when passing through the circular ring. Furthermore, the outer diameter of the circular disk of the lamp panel steel wire rope connector is designed to be smaller than the inner diameter of the circular ring, so that it can pass through the circular ring. In this way, interference problems between the steel wire ropes during winding are avoided during lifting and lowering, which is safe and reliable. The two lifting systems can be controlled separately for easy maintenance.

Claims

1. A monitoring lighting integrated dual lifting system, the lifting lighthouse includes a lighthouse tower body, a lifting light panel, and a lifting camera panel. The lifting light panel and the lifting camera panel are installed on the outside of the lighthouse tower body. The lifting light panel and the lifting camera panel are driven to lift and lower through the dual lifting system, characterized in that: The double lifting system includes a lamp panel lift, a camera panel lift, a lamp panel wire rope connector, a camera panel wire rope connector, a lamp panel pulley block, and a camera panel pulley. The lamp panel lift is installed at the lower part of the lighthouse tower body, and the camera panel lift is also installed at the lower part of the lighthouse tower body and the camera panel lift is located below the lamp panel lift. The lamp panel lift is connected to the lamp panel wire rope connector through a main wire rope. The lamp panel pulley block is designed with several groups and is respectively installed at a circle position on the upper end of the lighthouse tower body. The lamp panel wire rope connector is then respectively connected to the corresponding lamp panel pulley block from the outside through multiple auxiliary wire ropes. The side surround is connected to the lifting light panel; the camera panel elevator is designed as a three-drum winch, and the camera panel elevator controls a main steel wire rope through three drums to connect the three positions of the camera panel wire rope connector. There are several camera panel pulleys designed and installed in the upper middle position of the outer side of the lighthouse tower body. The inner side of the camera panel pulley is located on the inner side of the lighthouse tower body, and the outer side of the camera panel pulley is located on the outer side of the lighthouse tower body. The camera panel wire rope connector is then connected to the lifting camera panel after passing through the corresponding camera panel pulleys through multiple auxiliary steel wire ropes; the light panel elevator is a single-drum winch.

2. The monitoring and lighting integrated dual lifting system according to claim 1 is characterized in that: A first sprocket is designed at one end of one of the reels of the camera disc elevator, and the two outer reels of the camera disc elevator are connected by a driving shaft in the middle, a reducer is installed in the middle of the driving shaft, a second sprocket is installed on the driving shaft and the second sprocket is located on one side of the reducer, the first sprocket and the second sprocket are connected by a chain, and one side of the reducer is connected to the driving motor; the three reels are installed in a triangular shape and the three reels are located at the bottom of the lighthouse tower body near the edge; the single reel of the lamp disc elevator is located in the middle of the lighthouse tower body and the reel of the lamp disc elevator is located above and in the middle of the three reels of the camera disc elevator.

3. The monitoring and lighting integrated dual lifting system according to claim 1 is characterized in that: The lamp panel wire rope connector includes a disc and a connecting shaft. The upper end of the connecting shaft is connected to the middle position below the disc. The lower end of the connecting shaft is provided with a circular hole for connecting the main wire rope of the lamp panel elevator. A plurality of connecting holes for connecting auxiliary wire ropes are also installed around the disc.

4. The monitoring and lighting integrated dual lifting system according to claim 1, characterized in that: The camera disc wire rope connector is configured as a circular ring, and three main wire ropes of the camera disc lift are evenly connected around the circular ring, and a plurality of auxiliary wire ropes are also evenly connected around the circular ring.

5. The monitoring and lighting integrated dual lifting system according to claim 1 is characterized in that: The diameter of the lifting lamp panel is greater than the diameter of the lifting camera panel.

6. A monitoring and lighting integrated dual lifting system according to claim 1 or 4, characterized in that: A hollow hole is designed in the middle of the camera panel wire rope connector, and the inner diameter of the hollow hole is larger than the outer diameter of the lamp panel wire rope connector.

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