CN216113215U - Comprehensive monitoring equipment for pole holding tower set in power line engineering - Google Patents
Comprehensive monitoring equipment for pole holding tower set in power line engineering Download PDFInfo
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Abstract
The utility model discloses comprehensive monitoring equipment for a pole holding tower assembly in power line engineering, relates to the technical field of power construction monitoring, and particularly relates to the comprehensive monitoring equipment for the pole holding tower assembly in the power line engineering, which comprises: a camera unit and a monitoring host; the camera unit is provided with a communication module which can be networked with the monitoring host, and the collected images are compressed and then transmitted to the monitoring host at a far end. The camera has a storage function and is used for storing the acquired images, and workers can review the stored images to check the construction quality. The camera is provided with a cloud deck, and can track and monitor a target through horizontal and pitching rotation. The monitoring host machine is networked with the cameras through the communication module, images from a plurality of cameras can be monitored and recorded simultaneously, and the problem of view blind areas is solved. The monitoring host computer still includes the box, and the host computer is located the box, plays dustproof, dampproofing effect to the host computer.
Description
Technical Field
The utility model relates to the technical field of power construction monitoring, in particular to comprehensive monitoring equipment for a pole holding tower set in power line engineering.
Background
A pole is embraced in power line engineering is power line construction equipment, and is a hoisting tool used in hoisting equipment. It compares the tower crane degree of freedom that construction used more, and the function is stronger, just can realize 360 gyration like the davit of tower crane, holds the pole and can also realize the every single move of davit, and the operation personnel operate more conveniently, but the cost of paying is exactly that the blind area is big, needs staff under the tower and staff system work on the tower.
At present, the control means of the tower assembling process of the pole holding in the power line engineering is single, and a crane under the tower can only observe by naked eyes or ask operators on the tower to know the position of the tower material in place and the safety condition of the pole holding. The explanation of the position of the tower material by the operating personnel on the tower influences the efficiency of engineering construction to a certain extent, and occasionally influences the construction quality.
The utility model discloses a tower crane operation monitored control system is disclosed in application publication No. CN103950839A, the patent name is tower crane operation video monitored control system's utility model patent, and the problem that this invention will be solved lies in providing a tower crane operation video monitored control system, and its security is good, easily operation.
The utility model comprises the following steps: control room, dolly, jib loading boom, balance arm, its characterized in that: the trolley is provided with a cloud deck type camera, and the control room is provided with a cloud deck control keyboard, a monitoring display and a hard disk video recorder which are connected with the cloud deck type camera. One improvement is by cable connections provided on a telescoping mounting. The utility model has high safety factor, can save labor cost, improves the working efficiency of hoisting operation, improves the operation mode of a driver if video data is stored in an accident, and can control the operation condition of the hopper by directly checking the monitoring display by the driver.
The utility model discloses a dynamic multifunctional monitoring system of a tower crane, which is provided with four wireless monitoring devices for monitoring the tower crane, wherein the wireless monitoring devices transmit pictures acquired by the wireless monitoring devices to intelligent equipment; the first wireless monitoring device is installed at the top of the tower crane, the second wireless monitoring device is installed on a tower body below the suspension arm and rotates synchronously with the suspension arm, the third wireless monitoring device is installed on a crane of the tower crane, and the fourth wireless monitoring device is installed on the hook head. The advantages are that: the control of multi-angle, monitor, ground commander and tower crane operator have kept the communication of zero distance, and the operation operating condition of the whole tower crane crowd of omnidirectional understanding has covered whole construction site in its effect, is favorable to unified allotment commander, has played very big safety assistance for whole work area safety.
The utility model discloses an invention patent with an authorization notice number of CN 105347211B, which is named as a tower crane panoramic visual, controllable and intelligent monitoring and protecting integrated system, and discloses a tower crane panoramic visual, controllable and intelligent monitoring and protecting integrated system, which comprises a data acquisition module, a data processing module, a control module and a display module; the data acquisition module is connected with a video monitoring system of a construction site; the data processing module is connected with the data acquisition module; the control module is connected with the data processing module; the display module is connected with the control module and the data acquisition module. The utility model displays the current actual working parameters and the rated working capacity parameters of the tower crane in real time by using the graphic numerical values and the sound, and has the function of integrating panoramic visualization, controllability, rollover prevention and collision prevention.
The patent provides a tower crane panorama is visual, controllable, intelligent monitoring and protection integrated system, based on job site's video monitoring system to present operating condition and parameter are shown in real time to figure numerical value and sound, make the contrast with rated operating parameter, make early warning, and the system of collision prevention function for when solving high-rise building construction, the blind area appears easily in tower crane driver hoist and mount, can not show the problem of hoist and mount condition in real time.
The problem that visual field blind areas exist in the operation process of operators of pole holding tower assembling equipment in power line engineering to influence construction quality and construction efficiency is a problem which needs to be solved urgently by technical personnel in the field.
Disclosure of Invention
The utility model provides comprehensive monitoring equipment for a pole holding tower assembly in power line engineering, which is used for solving the problem that the construction efficiency is greatly influenced by a blind area of a visual field of operators of the pole holding tower assembly in the power line engineering.
The utility model adopts the following technical scheme:
the utility model provides a power line engineering pole group tower integrated monitoring equipment, includes: a camera unit and a monitoring host;
the camera unit includes: a first camera device;
the first camera device is provided with a memory interface and a first communication module, the first camera device is used for collecting image signals, the first camera device is also used for compressing the image signals to obtain compressed image signals, the first camera device is also used for storing the compressed image signals into a memory accessed to the memory interface, and the first camera device also transmits the compressed image signals through the first communication module;
the monitoring host comprises: the host is provided with a second communication module, receives the compressed image signal from the first camera device through the second communication module, is also used for displaying and storing the compressed image signal, and is fixedly arranged inside the box body.
Further, the camera unit further includes: the holder is an electric support with two rotation degrees of freedom, and the first camera device is fixedly connected with the holder; the first camera device is also used for controlling the holder to do a rotary motion according to a command from the first communication module; the holder is electrically connected with the first camera device.
Further, still include: a linking bridge, said linking bridge comprising: one side of the connecting plate is fixedly connected with the holder, and the other side of the connecting plate is fixedly connected with the magnetic base.
Further, the camera unit further includes: the wind speed sensor is used for collecting external wind speed signals, the gyroscope is used for collecting angle signals of the connecting support, the first camera device is further used for converting the wind speed signals and the angle signals of the connecting support into text image signals, the first camera device is further used for superposing the text image signals to image pictures collected by the first camera device, and the wind speed sensor and the gyroscope are respectively electrically connected with the first camera device.
Further, still include: a fence monitoring unit, the fence monitoring unit comprising: the second camera is provided with a third communication module and used for acquiring boundary area image signals, the second camera is further used for capturing area change signals according to the boundary area images, the second camera is further used for controlling the alarm to send alarm signals according to the area change signals, the second camera is further used for compressing the boundary area image signals and sending the compressed boundary area image signals through the third communication module, the host is further used for receiving the compressed boundary area image signals through the second communication module, the host is further used for displaying and storing the boundary area image signals, and the second camera is electrically connected with the alarm.
Further, the camera unit further includes: the remote startup and shutdown device comprises a first controller and a fourth communication module, the first controller is used for receiving a switching signal from the host through the fourth communication module, the first controller is also used for controlling the cradle head and the first camera device to supply power according to the switching signal, and the fourth communication module, the cradle head and the first camera device are respectively electrically connected with the first controller.
Further, the camera unit further includes: the electrical box, remote switch device is fixed to be set up inside the electrical box, the electrical box with linking bridge fixed connection.
Furthermore, handles are respectively and fixedly arranged on the upper surface and the right surface of the connecting plate.
Further, the first communication module, the second communication module, the third communication module and the fourth communication module are all WiFi communication modules.
Furthermore, the first camera device is further provided with a fifth communication module, the fifth communication module is a GPRS communication module, and the fifth communication module is used for transmitting the compressed image signal.
The utility model has the following positive effects:
the utility model provides a power line engineering pole group tower integrated monitoring equipment, includes: a camera unit and a monitoring host; the camera unit is provided with a communication module which can be networked with the monitoring host, and the collected images are compressed and then transmitted to the monitoring host at a far end. The camera has an image compression function, the occupied amount of compressed image data is less, and the occupied amount of a storage space is reduced. The camera has a storage function and is used for storing the acquired images, and workers can review the stored images to check the construction quality. The camera is provided with a cloud deck, and can track and monitor a target through horizontal and pitching rotation. The monitoring host machine is networked with the cameras through the communication module, images from a plurality of cameras can be monitored and recorded simultaneously, and the problem of view blind areas is solved. The monitoring host computer still includes the box, and the host computer is located the box, plays dustproof, dampproofing effect to the host computer.
The monitoring equipment is also provided with a connecting support, the connecting support comprises a connecting plate and a magnetic base, the connecting support is adsorbed on the tower of the holding pole under the magnetic action of the magnetic base, and the monitoring equipment is simple to mount and dismount and does not need tools.
The monitoring equipment is provided with the wind speed sensor and the gyroscope, signals collected by the wind speed sensor and the gyroscope are superposed on a monitoring picture by the first camera device and are transmitted to the monitoring host, a worker can observe wind speed information and angle information of the connecting bracket in real time through monitoring software operated by the monitoring host, the worker can adjust a construction strategy in a targeted manner, safety accidents are avoided, and safe construction is achieved.
The monitoring equipment is provided with a fence monitoring unit, establishes a virtual fence for a construction site, carries out video monitoring on the construction site, drives an audible and visual alarm to give a warning to an intrusion behavior when image analysis shows that the intrusion behavior occurs, compresses and stores graphs collected by a boundary area, simultaneously sends the images to a host through a local area network, and enables a worker on duty to obtain an intrusion message at the first time by displaying the images besides storing the received images. The monitoring equipment is provided with the fence monitoring unit, the fence monitoring unit is simple to construct, the cost is low, special watching personnel are not needed, and the working efficiency is high.
The monitoring equipment is provided with a remote power on/off device, the remote power on/off device receives a command of a host to supply power for controlling the cradle head and the first camera device, the host sends a power on command to the remote power on/off device through the local area network during working, the cradle head and the first camera device are powered on, and when the monitoring equipment does not need to work, the host sends a power off name to the remote power on/off device through the local area network, and the cradle head and the first camera device are powered off, so that the energy consumption is reduced, and the unnecessary waste of storage space is reduced. The monitoring equipment is also provided with an electric box, the electric box has good moisture-proof and splash-proof effects, a power supply and a remote switch device are effectively protected, and handles are arranged on the upper surface and the right surface of the connecting plate, so that the monitoring equipment is convenient to move.
The first communication module, the second communication module, the third communication module and the fourth communication module of the monitoring equipment are WiFi communication modules, and a device adopting the WiFi communication modules can be accessed to a local area network through configuration to share resources.
The first camera device of the monitoring equipment is also provided with a fifth communication module which is a GPRS communication module, the GPRS communication module is a device for transmitting data signals through a telecommunication network, the collected image information can be sent to a remote terminal device through the GPRS communication module, the data can be sent only in a place where the telecommunication network is arranged, the communication distance of the communication module is close to infinity, and workers at the remote end can observe the construction process conveniently.
Drawings
FIG. 1 is a functional block diagram of an integrated monitoring device according to an embodiment of the present invention;
FIG. 2 is a block diagram of a camera unit according to an embodiment of the present invention;
FIG. 3 is a cross-sectional view of an attachment bracket according to an embodiment of the present invention.
In the figure:
1 a first camera device;
2, a tripod head;
3, connecting a plate;
4, a magnetic base;
5, a wind speed sensor;
6, a gyroscope;
7 an electric box;
8 handle.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the detailed description and specific examples, while indicating the utility model, are intended for purposes of illustration only and are not intended to limit the scope of the utility model.
As shown in fig. 1 to 3, a pole holding tower integrated monitoring device for power line engineering comprises: a camera unit and a monitoring host;
the camera unit includes: a first camera device 1;
the first camera device 1 is provided with a memory interface and a first communication module, the first camera device 1 is used for collecting image signals, the first camera device 1 is also used for compressing the image signals to obtain compressed image signals, the first camera device 1 is also used for storing the compressed image signals into a memory accessed to the memory interface, and the first camera device 1 is also used for transmitting the compressed image signals through the first communication module;
the monitoring host comprises: the host is provided with a second communication module, receives the compressed image signals from the first camera device 1 through the second communication module, is also used for displaying and storing the compressed image signals, and is fixedly arranged inside the box body.
Still further, the camera unit further includes: the holder 2 is an electric support with two rotation degrees of freedom, and the first camera device 1 is fixedly connected with the holder 2; the first camera device 1 is further configured to control the pan/tilt head 2 to perform a turning motion according to a command from the first communication module; the holder 2 is electrically connected to the first camera device 1.
More specifically, the camera is a camera device provided with a pan-tilt 2, and a specific embodiment is a ball machine, such as a ball machine with a brand of Haekwove and a model of DS-2DE4223IW-D/GLT, which has a 720-degree rotation angle function, can horizontally rotate for 360 degrees and can also rotate for 360 degrees in a pitching manner, and the ball machine supports 23-time optical zoom and 16-time character zoom, and the zooming function of the ball machine is very beneficial to capturing images in a long distance. The camera device supports the output of a largest 1920 x 1080-30 fps high-definition picture, a processor arranged in the camera device can compress collected image signals, and the compressed image signals are much smaller than original image signals by using an H.265 high-efficiency compression algorithm. The camera device is provided with a memory interface, and the compressed image signal is stored in a memory accessed to the memory interface.
The image signal acquired and compressed by the first camera device 1 is transmitted to the outside through a first communication module, which is a WiFi 5.8GHz communication module in the embodiment; in one embodiment, the first camera is configured to access the router, and the intelligent terminal, such as a tablet computer, a mobile phone or a computer, also accesses the router at the same time, and the intelligent terminal and the first camera form a local area network. The first camera is equipped with supporting App and uses, can look over through using, record the image that first camera teletransmission, can also control first camera through App application, for example control the camera and zoom, control the camera and carry out level or every single move gyration, store the compressed image signal who obtains.
The intelligent terminal of the monitoring host is a tablet computer with a hard disk video recording function, the operating system of the tablet computer is a Linux system, an applied App is a secondary development kit made according to an API (application program interface) provided by a first camera module, a target tracking processing program is made besides the functions of the original plant App, the target tracking program is used for tracking and monitoring the track of an object, a worker clicks and locks the target through the tablet during use, the processing program always tracks the target by controlling the first camera module, and the processing program always tracks the position of the target by controlling the pitching rotation and horizontal rotation focusing of the holder 2. The monitoring host can monitor a plurality of viewpoints through a local area network, for example, in an application scene, three cameras are arranged, one camera is positioned on a main tower, the other two cameras are respectively positioned at two ends of a suspension arm, the monitoring host simultaneously displays and records images of the three cameras and tracks targets of the three cameras, and the problem of most view blind areas can be solved through a plurality of visual angles.
In order to meet the requirements of outdoor severe environments, the monitoring host is arranged in a box body, the box body is similar to a suitcase in design, when the monitoring host is needed to be used, the box body is opened, the monitoring host is started, the working site is monitored, and when the monitoring host is not needed to be used, the box body is closed, so that the dustproof and moistureproof effects are achieved.
The monitoring device of the present invention comprises: a camera unit and a monitoring host; the camera unit is provided with a communication module which can be networked with the monitoring host, and the collected images are compressed and then transmitted to the monitoring host at a far end. The camera has an image compression function, the occupied amount of compressed image data is less, and the occupied amount of a storage space is reduced. The camera has a storage function and is used for storing the acquired images, and workers can review the stored images to check the construction quality. The camera is provided with a cloud platform 2, and can track a monitoring target through horizontal and pitching rotation. The monitoring host machine is networked with the cameras through the communication module, images from a plurality of cameras can be monitored and recorded simultaneously, and the problem of view blind areas is solved. The monitoring host computer still includes the box, and the host computer is located the box, plays dustproof, dampproofing effect to the host computer.
Further, still include: a linking bridge, said linking bridge comprising: the connecting plate 3 and the magnetic base 4, 3 one sides of connecting plate with cloud platform 2 fixed connection, 3 another sides of connecting plate with 4 fixed connection of magnetic base.
More specifically, the connecting support comprises a connecting plate 3 and a magnetic base 4, the magnetic base 4 is a magnetic base, a permanent magnet is arranged in the magnetic base, the shell is made of soft magnetic materials and non-magnetic materials, and the magnetic action of the magnetic base 4 is changed by changing the magnetic circuit of the permanent magnet. 4 one sides of magnetic base are equipped with the handle, pull the handle to an orientation, and magnetic base 4 produces magnetic force, and on magnetic base 4 was adsorbed the pylon of embracing the pole, when pulling the handle to another orientation, 4 magnetic force of magnetic base disappeared, and magnetic base 4 can be used to take off from embracing the pylon of pole.
Holes are further formed in four corners of the magnetic base 4, and the holes of the magnetic base 4 are used for clamping the tower of the holding pole through the U-shaped clamp, so that the fastening force of the magnetic base 4 and the tower of the holding pole is further increased.
After the magnetic base 4 is connected, the connecting plate 3 is fixedly connected with the magnetic base 4 through bolts, so that the connecting plate 3 is fixed on the tower of the holding pole.
The monitoring equipment is also provided with a connecting support, the connecting support comprises a connecting plate 3 and a magnetic base 4, the connecting support is adsorbed on the tower of the holding pole under the magnetic action of the magnetic base 4, the installation and the disassembly are simple, and tools are not needed.
Further, the camera unit further includes: wind speed sensor 5 and gyroscope 6, wind speed sensor 5 is used for gathering external wind speed signal, gyroscope 6 is used for gathering linking bridge's angle signal, first camera device 1 still be used for with wind speed signal and linking bridge's angle signal changes text image signal into, first camera device 1 still is used for superposing text image signal to the image picture that first camera device 1 gathered, wind speed sensor 5 and gyroscope 6 respectively with first camera device 1 electricity is connected.
More specifically, the wind speed sensor 5 is used for collecting external wind speed, and the form of the pole is similar to that of a building construction tower crane, and when the wind speed is large, such as above five-level wind, the construction is inconvenient, and besides, very large potential safety hazards are brought, such as a possibility that a hoisted object is separated from a lifting hook due to high wind speed.
The gyroscope 6 is used for collecting deflection angle signals of the connecting support, the gyroscope 6 is arranged on the connecting support, and the angle of the pole-embracing tower is reflected through the angle signals of the connecting support. The gyroscope 6 is mainly used for preventing the tower frame of the holding pole from inclining so as to cause serious accidents of falling down and death of people.
The first camera device 1 is provided with an RS485 interface, a modbus communication protocol is arranged in the first camera device, signals collected by the wind speed sensor 5 and the gyroscope 6 are finally transmitted by the modbus communication protocol, the wind speed sensor 5 and the gyroscope 6 are connected into the first camera device 1 through the RS485 interface, and the signals collected by the wind speed sensor 5 and the gyroscope 6 are superposed on a collected image by setting parameters of the first camera device 1.
The monitoring equipment is provided with the wind speed sensor 5 and the gyroscope 6, signals collected by the wind speed sensor 5 and the gyroscope 6 are superposed on a monitoring picture by the first camera device 1 and are transmitted to the monitoring host, workers can observe wind speed information and connecting support angle information in real time through monitoring software operated by the monitoring host, and can adjust construction strategies in a targeted manner, so that safety accidents are avoided, and safe construction is realized.
Further, still include: a fence monitoring unit, the fence monitoring unit comprising: the second camera is provided with a third communication module and used for acquiring boundary area image signals, the second camera is further used for capturing area change signals according to the boundary area images, the second camera is further used for controlling the alarm to send alarm signals according to the area change signals, the second camera is further used for compressing the boundary area image signals and sending the compressed boundary area image signals through the third communication module, the host is further used for receiving the compressed boundary area image signals through the second communication module, the host is further used for displaying and storing the boundary area image signals, and the second camera is electrically connected with the alarm.
More specifically, the fence monitoring unit is a virtual fence with a camera device as a core. Some engineering machinery and production materials can be usually placed on a holding pole group tower construction site, besides the risk of loss, the possibility that non-workers enter an operation site to cause accidents is also provided, a physical fence is established, the cost is high, and the risk of material loss cannot be completely avoided.
The fence monitoring system is provided with a fence monitoring unit, wherein second camera devices are arranged on the periphery of a fence, a common method is that a rectangular area is established on a construction site, one second camera device is respectively arranged at four corners of the rectangular area to respectively monitor four boundaries of the rectangular area, the cameras can capture images of the boundary area and analyze the images of the boundary area, when the images of the boundary area change, the images obtained by the boundary area are compressed and stored, and in addition, the fence monitoring unit is also provided with an alarm. The second camera device is also provided with a third communication module, the second camera is added into the local area network through the third communication module, and the host is also in the local area network, so the host obtains the image signal of the second camera device, and the staff watching the host can obtain the image of the second camera device at the first time and timely arrive at the accident area to intervene the intrusion behavior.
The monitoring equipment is provided with a fence monitoring unit, establishes a virtual fence for a construction site, carries out video monitoring on the construction site, drives an audible and visual alarm to give a warning to an intrusion behavior when image analysis shows that the intrusion behavior occurs, compresses and stores graphs collected by a boundary area, simultaneously sends the images to a host through a local area network, and enables a worker on duty to obtain an intrusion message at the first time by displaying the images besides storing the received images. The monitoring equipment is provided with the fence monitoring unit, the fence monitoring unit is simple to construct, the cost is low, special watching personnel are not needed, and the working efficiency is high.
Further, the camera unit further includes: the remote startup and shutdown device comprises a first controller and a fourth communication module, the first controller is used for receiving a switch signal from a host through the fourth communication module, the first controller is also used for controlling the cradle head 2 and the first camera device 1 to supply power according to the switch signal, and the fourth communication module, the cradle head 2 and the first camera device 1 are respectively electrically connected with the first controller.
Further, the camera unit further includes: the electrical box 7, the remote power on/off device is fixed to be set up inside the electrical box 7, the electrical box 7 with linking bridge fixed connection.
Further, a handle 8 is fixedly arranged on the upper surface and the right surface of the connecting plate 3 respectively.
More specifically, the camera unit of the monitoring device of the present invention further includes a remote switch device, the remote switch device includes a first controller and a fourth communication module, the first controller is a control panel using a single chip microcomputer as a core, the single chip microcomputer of the present embodiment is STC12C5a60S2, the control panel is integrated with a relay, one end of a normally open contact of the relay is electrically connected to a power supply, the other end of the normally open contact of the relay is electrically connected to the pan/tilt head 2 and the first camera device 1, and the single chip microcomputer controls the power supply of the pan/tilt head 2 and the first camera device 1 by controlling the attraction of the normally open contact of the relay.
The remote switch device is also provided with a fourth communication module which is a WiFi communication module, the embodiment is the WiFi communication module which takes an ESP8266 chip as a core, the communication module is added into a local area network after being set with parameters, because a host is also in the local area network, the host sends a power-on or power-off command to the communication module through application, the fourth communication module receives the command and then forwards the command to a control panel which takes a single chip microcomputer as a core, namely a first controller, the first controller controls a normally open contact of a relay of the fourth communication module to be disconnected, and the first camera device 1 and the cradle head 2 are powered off and switched off.
Remote switch device, power all set up inside electric box 7, and electric box 7 is fixed to be set up on linking bridge, and connecting plate 3 upper surface and right surface are equipped with handle 8. Electric box 7 has better dampproofing, prevents splashing effect, effectively protects power and remote switch device, and 3 upper surfaces of connecting plate and right surfaces are equipped with handle 8, make things convenient for portable transport.
The monitoring equipment is provided with a remote power on/off device, the remote power on/off device receives a command of a host to supply power to the control cloud deck 2 and the first camera device 1, the host sends a power on command to the remote power on/off device through the local area network during working, the cloud deck 2 and the first camera device 1 are powered on, and when the monitoring equipment does not need to work, the host sends a power off name to the remote power on/off device through the local area network, and the cloud deck 2 and the first camera device 1 are powered off, so that the energy consumption is reduced, and unnecessary storage space waste is reduced. The monitoring equipment is also provided with an electric box 7, the electric box 7 has good moisture-proof and splash-proof effects, a power supply and a remote switch device are effectively protected, and the handles 8 are arranged on the upper surface and the right surface of the connecting plate 3, so that the monitoring equipment is convenient to move.
Further, the first communication module, the second communication module, the third communication module and the fourth communication module are all WiFi communication modules.
More specifically, the first communication module, the second communication module, the third communication module and the fourth communication module of the monitoring device are all WiFi communication modules, and a device adopting the WiFi communication modules can be accessed to a local area network through configuration to share resources.
Further, the first camera device 1 is further provided with a fifth communication module, the fifth communication module is a GPRS communication module, and the fifth communication module is used for transmitting the compressed image signal.
More specifically, the first camera device 1 of the monitoring device of the present invention further includes a fifth communication module, the communication module is a GPRS communication module, the GPRS communication module is a device for transmitting data signals through a telecommunication network, the module can transmit the collected image information to a remote terminal device, data can be transmitted only in a place where the telecommunication network is located, and the communication distance of the communication module is close to infinity, which facilitates the remote worker to observe the construction process.
The embodiments described above are only preferred embodiments of the utility model and are not exhaustive of the possible implementations of the utility model. Any obvious modifications to the above would be obvious to those of ordinary skill in the art, but would not bring the utility model so modified beyond the spirit and scope of the present invention.
Claims (10)
1. The utility model provides a power line engineering pole group tower integrated monitoring equipment which characterized in that includes: a camera unit and a monitoring host;
the camera unit includes: a first camera device (1); the first camera device (1) is provided with a memory interface and a first communication module, the first camera device (1) is used for collecting image signals, the first camera device (1) is also used for compressing the image signals to obtain compressed image signals, the first camera device (1) is also used for storing the compressed image signals into a memory accessed to the memory interface, and the first camera device (1) also transmits the compressed image signals through the first communication module;
the monitoring host comprises: the host is provided with a second communication module, receives the compressed image signals from the first camera device (1) through the second communication module, is also used for displaying and storing the compressed image signals, and is fixedly arranged inside the box body.
2. The integrated monitoring device for pole holding tower of power line engineering according to claim 1, wherein the camera unit further comprises: the holder (2), the holder (2) is an electric bracket with two rotation degrees of freedom, and the first camera device (1) is fixedly connected with the holder (2); the first camera device (1) is also used for controlling the cradle head (2) to do a rotary motion according to a command from the first communication module; the holder (2) is electrically connected with the first camera device (1).
3. The power line engineering pole holding tower integrated monitoring device of claim 2, further comprising: a linking bridge, said linking bridge comprising: connecting plate (3) and magnetic force seat (4), connecting plate (3) one side with cloud platform (2) fixed connection, connecting plate (3) another side with magnetic force seat (4) fixed connection.
4. The integrated monitoring device for pole holding tower of power line engineering according to claim 3, wherein the camera unit further comprises: wind speed sensor (5) and gyroscope (6), wind speed sensor (5) are used for gathering external wind speed signal, gyroscope (6) are used for gathering linking bridge's angle signal, first camera device (1) still be used for with wind speed signal and linking bridge's angle signal changes text image signal into, first camera device (1) still is used for superposing text image signal to the image picture that first camera device (1) gathered, wind speed sensor (5) and gyroscope (6) respectively with first camera device (1) electricity is connected.
5. The power line engineering pole holding tower integrated monitoring device of claim 4, further comprising: a fence monitoring unit, the fence monitoring unit comprising: the second camera is provided with a third communication module and used for acquiring boundary area image signals, the second camera is further used for capturing area change signals according to the boundary area images, the second camera is further used for controlling the alarm to send alarm signals according to the area change signals, the second camera is further used for compressing the boundary area image signals and sending the compressed boundary area image signals through the third communication module, the host is further used for receiving the compressed boundary area image signals through the second communication module, the host is further used for displaying and storing the boundary area image signals, and the second camera is electrically connected with the alarm.
6. The integrated monitoring device for pole holding tower of power line engineering according to claim 5, wherein the camera unit further comprises: the remote startup and shutdown device comprises a first controller and a fourth communication module, the first controller is used for receiving a switching signal from a host through the fourth communication module, the first controller is further used for controlling the cradle head (2) and the first camera device (1) to supply power according to the switching signal, and the fourth communication module, the cradle head (2) and the first camera device (1) are respectively electrically connected with the first controller.
7. The integrated monitoring device for pole holding tower of power line engineering according to claim 6, wherein said camera unit further comprises: the electric box (7), the remote switch device is fixed to be set up inside the electric box (7), the electric box (7) with linking bridge fixed connection.
8. The comprehensive monitoring equipment of the pole holding tower set in the power line engineering according to claim 7, wherein a handle (8) is fixedly arranged on the upper surface and the right surface of the connecting plate (3) respectively.
9. The power line engineering pole holding and tower combining comprehensive monitoring device according to claim 8, wherein the first communication module, the second communication module, the third communication module and the fourth communication module are all WiFi communication modules.
10. The power line engineering pole holding and tower combining comprehensive monitoring equipment as claimed in claim 9, wherein the first camera device (1) is further provided with a fifth communication module, the fifth communication module is a GPRS communication module, and the fifth communication module is used for transmitting the compressed image signal.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115273268A (en) * | 2022-07-27 | 2022-11-01 | 中建三局集团有限公司 | Large-scene construction site inspection method based on tower crane carrying zoom camera |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115273268A (en) * | 2022-07-27 | 2022-11-01 | 中建三局集团有限公司 | Large-scene construction site inspection method based on tower crane carrying zoom camera |
| CN115273268B (en) * | 2022-07-27 | 2023-05-19 | 中建三局集团有限公司 | Large scene construction site inspection method based on tower crane carrying zoom camera |
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