CN105578137A - Audio and video transmission system for high-altitude operation of transmission tower - Google Patents

Abstract

The invention discloses a power transmission iron tower high-altitude operation audio-video transmission system. The system comprises a helmet, a safety belt, a ground terminal and a high-altitude operation special interphone, wherein the helmet is provided with a standard-lens camera and a wide-angle lens camera, the safety belt is provided with a wireless audio-video emitter, and the wireless audio-video emitter is provided with an antenna. According to the invention, by use of a portable miniaturized double-image transmission system, i.e., the wide-angle lens camera and the standard-lens camera, wide-angle and high-definition images of work personnel in construction operation, shot by the wide-angle lens camera and the standard-lens camera can be transmitted to a controller in the ground terminal in real time; and the high-altitude operation special interphone can transmit voice signals of the work personnel in the construction operation in real time to the controller in a ground system.

Description

Audio and video transmission system for high-altitude operation of transmission tower

technical field

The invention relates to a transmission system, in particular to an audio-visual transmission system for high-altitude operation of a power transmission iron tower.

Background technique

At present, the high-altitude operation on the power transmission tower mainly relies on the operators to carry out the operation independently according to the working environment. When encountering unexpected problems and requiring the assistance of the ground personnel, due to the limitation of communication equipment, it is difficult for the ground personnel to assist the tower in a timely manner. Provide technical guidance to staff. Part of the work needs to be completed step by step according to the process, and it is difficult for high-altitude workers to consult the work procedure regulations during the work process, which may easily lead to work mistakes and other situations.

Contents of the invention

The object of the present invention is to provide an audio-visual transmission system for high-altitude operation of a power transmission tower, which can solve the above-mentioned problems.

In order to achieve the above object, the present invention is realized through the following technical solutions: transmission tower high-altitude operation audio-visual transmission system, including helmet, safety belt, ground terminal and special intercom for high-altitude operation, a standard lens camera and a wide-angle lens camera are installed on the helmet, and a wireless camera is installed on the safety belt Audio and video transmitter, antenna is installed on the wireless audio and video transmitter, display, controller, wireless signal receiver, hard disk storage device and lithium battery pack are installed on the ground terminal, and the controller is respectively connected to the display, wireless signal receiver, and hard disk storage device through wires and a lithium battery pack, the wireless audio-visual transmitter is connected to the standard lens camera and the wide-angle lens camera through wires, the wireless audio-visual transmitter is connected to the wireless signal receiver through wireless signals, and the wireless signal receiver is connected to the special walkie-talkie for high-altitude operations through wireless signals; the safety belt Timing playback module and playback device are set at the belt of the belt, the timing playback module is connected to the playback device, the playback device includes a shell, a speaker, a nut, a screw, a slide rail and a stepping motor, and a speaker, a nut, Screw rod, slide rail and stepping motor, the speaker is installed on the slide rail, the speaker can slide on the slide rail, the output shaft of the stepping motor is installed with a screw, the side of the speaker is installed with a nut, the nut and the wire The rod is matched, and the upper part of the shell is provided with a through groove, and the loudspeaker can slide to the bottom of the through groove along the slide rail.

In order to further realize the purpose of the present invention, the following technical solution can also be adopted: a sound-absorbing board is installed inside the housing, and the sound-absorbing board is located at the side of the through groove. An alarm light activation switch is installed inside the housing, the alarm light activation switch is located on one side of the through groove, and an alarm light is installed outside the housing. A connecting belt is installed on the helmet, and a standard lens camera and a wide-angle lens camera are all installed on the connecting belt. A protective cover is installed on the connecting belt, and the protective cover is sleeved on the periphery of the standard lens camera and the wide-angle lens camera.

The advantages of the present invention are: the present invention adopts a portable miniature dual-image transmission system, that is, a wide-angle lens camera and a standard lens camera, and the wide-angle and high-definition images of the workers photographed by the wide-angle lens camera and the standard lens camera can be transmitted to the ground terminal in real time during construction operations In the controller; the special walkie-talkie for aerial work can transmit the voice signal of the staff during the construction operation to the controller in the ground system in real time. In order to ensure the safe work of the construction personnel, the present invention installs the standard lens camera and the wide-angle lens camera on the helmet, and the image and voice signals can be transmitted to the ground station in real time without any operation by the construction personnel. In order to enable the system to work for a long time, the wireless audio-visual transmitter, standard lens camera and wide-angle lens camera carried by the construction workers adopt low-voltage and micro-power consumption devices, and the power supply uses a low-voltage and large-capacity lithium battery pack, standard lens camera and wide-angle lens camera. Use a new type of CMOS high-definition camera. The present invention adopts two cameras of a wide-angle lens camera and a standard lens camera, and the wide-angle lens camera performs large-scale video collection during work, and the standard lens camera can transmit detailed images during work in detail. The voice signal of the work site is transmitted in real time through the special walkie-talkie for aerial work, which can give the ground personnel an immersive feeling and provide technical support for the construction personnel. The wireless audio-video transmitter and wireless signal receiver of the present invention adopt 2.4G microwave frequency, which can effectively avoid various radio interferences to ensure effective transmission of information. Through the workflow requirements stored in the timing playback module, timing voice reminders, the work can be carried out step by step, and operations can be reduced. The invention also has the advantages of simple and compact structure, low manufacturing cost and easy use.

Description of drawings

Fig. 1 is a schematic structural diagram of the present invention; Fig. 2 is a schematic structural diagram of an enlarged view from the A direction of Fig. 1 .

Note: 1 safety belt 2 antenna 3 wireless video transmitter 4 ground terminal 5 display 6 controller 7 helmet 8 standard lens camera 9 wide-angle lens camera 10 connection belt 11 protective cover 12 wireless walkie-talkie 13 wireless signal receiver 15 playback device 16 housing 17 Alarm light start switch 18 Through groove 19 Loudspeaker 20 Nut 21 Screw rod 22 Slide rail 23 Alarm light 24 Stepper motor 25 Sound-absorbing board 26 Timing playback module.

detailed description

The audio-visual transmission system for high-altitude operation of the transmission tower, as shown in Figure 1, includes a helmet 7, a safety belt 1, a ground terminal 4, and a special walkie-talkie 12 for high-altitude operations. Wireless audio-visual transmitter 3, antenna 2 is installed on the wireless audio-visual transmitter 3, and display 5, controller 6, wireless signal receiver 13, hard disk storage device 14 and lithium battery pack 15 are installed on the ground terminal 4, and controller 6 passes wire respectively Connect display 5, wireless signal receiver 13, hard disk storage device 14 and lithium battery pack 15, wireless audio-visual transmitter 3 is connected standard lens camera 8 and wide-angle lens camera 9 by wire, wireless audio-visual transmitter 3 is connected wireless signal receiver by wireless signal 13. The wireless signal receiver 13 is connected to the special walkie-talkie 12 for aerial work through wireless signals. Timing playing module 26 and playing device 15 are set on the described operating panel 1, and timing playing module 26 connects playing device 15, and playing device 15 comprises housing 16, loudspeaker 19, nut 20, screw mandrel 21, slide rail 22 and Stepper motor 24, housing 16 inside is provided with loudspeaker 19, nut 20, screw mandrel 21, slide rail 22 and stepper motor 24, and loudspeaker 19 is installed on slide rail 22, and loudspeaker 19 can be on slide rail 22 Go up sliding, the output shaft of stepper motor 24 installs screw mandrel 21, the side of loudspeaker horn 19 installs nut 20, and nut 20 cooperates with screw mandrel 21, and casing 16 top offers through groove 18, and loudspeaker horn 19 can slide along The rail 22 slides under the slot 18 . Timing playing module 26 can play different work prompts and alarm prompts according to the work progress, and the loudspeaker 19 can be driven by the stepper motor 24 to slide down to the bottom of the through groove 18. When the loudspeaker 19 needs to be used, the stepper motor 24 can drive The loudspeaker 19 is driven to slide to the bottom of the through groove 18, so that the loudspeaker 19 is convenient for sounding. When the loudspeaker 19 is not needed, the stepper motor 24 can drive the loudspeaker 19 to pack up, preventing the loudspeaker 19 from attaching dust. By controlling the exposed area of the speaker 19 through the slot 18, the volume of the speaker 19 can be adjusted, so that sounds of different loudness can be emitted at different alarm levels. Compared with the adjustment of the resistance mode, the sound volume adjustment in the present invention is more intuitive, and the failure rate of the mechanical mode is low.

In order to avoid noise, a sound-absorbing board 25 is installed inside the housing 16 , and the sound-absorbing board 25 is located at the side of the through groove 18 . The loudspeaker 19 located in the housing 16 can effectively make noise and ensure normal use.

The interior of the housing 16 is equipped with a warning light start switch 17, the warning light start switch 17 is located at one side of the through groove 18, and the outside of the housing 16 is equipped with a warning light 23. After receiving the alarm signal, it should be closed in time to indicate that it has been received. If it is reflected in time, the alarm light start switch 17 of the present invention can be touched by the loudspeaker 19 when the loudspeaker 19 slides to the bottom of the through groove 18, so that The warning light 23 is turned on, and the light signal is used for warning.

The present invention adopts a portable miniature dual-image transmission system, that is, a wide-angle lens camera 9 and a standard lens camera 8, and the wide-angle and high-definition images of the staff photographed by the wide-angle lens camera 9 and the standard lens camera 8 can be transmitted to the ground terminal 4 in real time during construction operations. In the controller 6; the special walkie-talkie 12 for aerial work can transmit the voice signal of the staff during the construction operation to the controller 6 in the ground system in real time. In order to ensure the safe work of the construction personnel, the present invention installs the standard lens camera 8 and the wide-angle lens camera 9 on the helmet 7, without any operation by the construction personnel, images and voice signals can be transmitted to the ground station in real time.

In order to realize that the system can work for a long time, the wireless audio-visual transmitter 3, the standard lens camera 8 and the wide-angle lens camera 9 carried by the construction personnel adopt devices with low voltage and low power consumption. 8 and wide-angle lens camera 9 select new CMOS type high-definition camera for use. The present invention adopts wide-angle lens camera 9 and two camera heads of standard lens camera 8, carries out wide-range video collection by wide-angle lens camera 9 in the work, and standard lens camera 8 can transmit the detail image in the work in detail. The voice signal at the work site is transmitted in real time through the special walkie-talkie 12 for high-altitude operations, which can give the ground personnel an immersive feeling and provide technical support for the construction personnel.

The wireless audio-visual transmitter 3 and the wireless signal receiver 13 of the present invention adopt 2.4G microwave frequency, which can effectively avoid various radio interferences to ensure effective transmission of information.

A connection belt 10 is installed on the helmet 7 , and a standard lens camera 8 and a wide-angle lens camera 9 are all installed on the connection belt 10 . The connection belt 10 of the present invention can facilitate the installation and removal of the standard lens camera 8 and the wide-angle lens camera 9 .

A protective cover 11 is installed on the connecting belt 10, and the protective cover 11 is sleeved on the outer periphery of the standard lens camera 8 and the wide-angle lens camera 9. The protective cover 11 of the present invention can prevent the standard lens camera 8 and the wide-angle lens camera 9 from being damaged due to collision.

The technical solutions of the present invention are not limited within the scope of the embodiments described in the present invention. The technical contents not described in detail in the present invention are all known technologies.

Claims (5)

1. electric power pylon work high above the ground audio/video transmission system, it is characterized in that: comprise the helmet (7), safety belt (1), ground based terminal (4) and work high above the ground Special answering machine (12), the upper installation code camera (8) of the helmet (7) and wide-angle shot machine (9), safety belt (1) is upper installs wireless image-sound reflector (3), wireless image-sound reflector (3) mounted antennas (2), ground based terminal (4) is installed display (5), controller (6), wireless signal receiver (13), harddisk storage device (14) and lithium battery group (15), controller (6) connects display (5) respectively by wire, wireless signal receiver (13), harddisk storage device (14) and lithium battery group (15), wireless image-sound reflector (3) is by wire connection standard camera (8) and wide-angle shot machine (9), wireless image-sound reflector (3) connects wireless signal receiver (13) by wireless signal, wireless signal receiver (13) connects work high above the ground Special answering machine (12) by wireless signal, the waistband place of described safety belt (1) arranges fixed time airplay module (26) and playing device (15), fixed time airplay module (26) connects playing device (15), playing device (15) comprises housing (16), loudspeaker horn (19), nut (20), screw mandrel (21), slide rail (22) and stepping motor (24), housing (16) inside arranges loudspeaker horn (19), nut (20), screw mandrel (21), slide rail (22) and stepping motor (24), slide rail (22) is installed loudspeaker horn (19), loudspeaker horn (19) can in the upper slip of slide rail (22), the output shaft of stepping motor (24) installs screw mandrel (21), the sidepiece mounting nuts (20) of loudspeaker horn (19), nut (20) coordinates with screw mandrel (21), groove (18) is offered on housing (16) top, loudspeaker horn (19) can slide to groove (18) below along slide rail (22).

2. electric power pylon work high above the ground audio/video transmission system according to claim 1, is characterized in that: abatvoix (25) is installed in the inside of described housing (16), and abatvoix (25) is positioned at the sidepiece of groove (18).

3. electric power pylon work high above the ground audio/video transmission system according to claim 1, it is characterized in that: alarm lamp starting switch (17) is installed in the inside of described housing (16), alarm lamp starting switch (17) is positioned at the side of groove (18), and alarm lamp (23) is installed in the outside of housing (16).

4. electric power pylon work high above the ground audio/video transmission system according to claim 1, is characterized in that: the described helmet (7) is installed connecting band (10), standard lens video camera (8) and wide-angle shot machine (9) are installed on connecting band (10).

5. the electric power pylon work high above the ground audio/video transmission system according to claim 1,2, it is characterized in that: described connecting band (10) is installed protective cover (11), protective cover (11) is enclosed within standard lens video camera (8) and wide-angle shot machine (9) periphery.