CN216700174U

CN216700174U - Mobile solar wireless monitoring rod

Info

Publication number: CN216700174U
Application number: CN202220090973.9U
Authority: CN
Inventors: 王�义; 操海滨; 黄英才
Original assignee: Zhejiang Geological And Mineral Construction Co ltd
Current assignee: Zhejiang Geological And Mineral Construction Co ltd
Priority date: 2022-01-14
Filing date: 2022-01-14
Publication date: 2022-06-07
Anticipated expiration: 2032-01-14

Abstract

The utility model provides a mobile solar wireless monitoring rod which comprises a mobile wheel, an installation support, a weighting box, a partition plate, a hand push rod, an NVR (noise video recorder), a monitoring rod, an intelligent interphone, a solar power supply assembly, a lightning rod, a high-gain antenna, a camera connecting frame, an infrared intelligent medium-speed dome camera, a UWB (ultra wide band) positioning base station and a wireless intelligent ad hoc network, wherein the mobile wheel is fastened at the bottom of the installation support through threads, the weighting box is welded at the upper part of the installation support, and the flange at one side of the upper part of the installation support is connected with the monitoring rod. The utility model relates to a mobile solar wireless monitoring rod, which realizes intelligent functions such as WiFi full coverage and control, voice talkback, personnel and vehicle positioning, monitoring and the like, an infrared intelligent medium-speed dome camera can utilize network full high-definition wireless transmission, the utilization rate of a solar cell panel is improved, the wireless communication function of the Internet of things can realize remote connection control through a remote interface, the convenience is greatly improved, the stability and the safety of the monitoring rod are ensured, and the mobile solar wireless monitoring rod is convenient for market popularization and application.

Description

Mobile solar wireless monitoring rod

Technical Field

The utility model belongs to the technical field of wireless monitoring, and particularly relates to a mobile solar wireless monitoring rod.

Background

Due to the condition limitation of a construction site or a field environment, many engineering projects do not have the conditions of power on and network connection in the early construction period, the construction site is far away and large in area, and monitoring is needed to be carried out for site management.

Chinese patent publication is CN 209358668U, and utility model's name is a portable supervisory equipment of solar energy includes explosion-proof box, folding solar panel, solar control ware, battery, waterproof switch, T font telescopic link, light filling lamp, surveillance camera head, on-vehicle headset and public address loudspeaker. But the current existence can't realize that wiFi is full covers and intelligent functions such as management and control, pronunciation are talkbacked, personnel vehicle location, control, can't utilize the full high definition wireless transmission of network, and improved solar cell panel low-usage, can't lead to remote interface and realize remote connection control, can't guarantee the stability and the security problem of monitoring rod.

Therefore, it is necessary to provide a mobile solar wireless monitoring rod.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problems, the utility model provides a mobile solar wireless monitoring rod, which aims to solve the problems that the existing intelligent functions of WiFi full coverage and control, voice talkback, personnel and vehicle positioning, monitoring and the like cannot be realized, network full high-definition wireless transmission cannot be utilized, the utilization rate of a solar cell panel is low, remote connection control cannot be realized through a remote interface, and the stability and the safety of the monitoring rod cannot be ensured. A mobile solar wireless monitoring rod comprises a mobile wheel, a mounting bracket, a weighting box, a partition plate, a hand push rod, an NVR (noise, vibration and harshness) video recorder, a monitoring rod, an intelligent interphone, a solar power supply assembly, a lightning rod, a high-gain antenna, a camera connecting frame, an infrared intelligent medium-speed spherical camera, a UWB (ultra wide band) positioning base station and a wireless intelligent ad hoc network, wherein the mobile wheel is fastened at the bottom of the mounting bracket through threads, the weighting box is welded at the upper part of the mounting bracket, a flange at one side of the upper part of the mounting bracket is connected with the monitoring rod, and the hand push rod is fixed at the other side of the upper part of the mounting bracket through bolts; the partition plate is installed inside the weighting box through bolts, and an NVR (video tape recorder) is fixed on the upper part of the partition plate through bolts; the intelligent interphone is of a model DS-236, is connected with a monitoring rod through a bolt, a solar power supply assembly is fastened to the uppermost screw of the monitoring rod, and a lightning rod is welded to the end of the monitoring rod; the camera connecting frame is positioned below the solar power supply assembly, a high-gain antenna is fastened on the upper portion of the camera connecting frame through a bolt, and an infrared intelligent medium-speed spherical camera is mounted on an end portion of the camera connecting frame through a bolt; the UWB positioning base station is fastened outside the monitoring rod through a bolt.

Further, the solar power supply assembly comprises a crystalline silicon solar charging panel, an MTTP intelligent controller, a solar fixing frame and a hoop, wherein the crystalline silicon solar charging panel is fixed at one end of the solar fixing frame through a bolt, and the hoop is fastened at the other end of the solar fixing frame through a bolt; the crystalline silicon solar charging panel adopts an 80W monocrystalline silicon solar efficient light absorption plate, an MTTP intelligent controller is fastened on the lower portion of the crystalline silicon solar charging panel through bolts, and the crystalline silicon solar charging panel is communicated with the MTTP intelligent controller through a conducting wire.

Further, wireless intelligence ad hoc network includes wireless AP, switch, video large-size screen, server, router and remote control center, the switch communicates with each other through wire and video large-size screen, server, router and wireless AP, and wherein the router communicates with each other with remote control center signal, and remote control center adopts computer or cell-phone.

Furthermore, the intelligent interphone, the infrared intelligent medium-speed dome camera, the UWB positioning base station and the MTTP intelligent controller are communicated with each other through a WiFi network through the wireless AP.

Furthermore, the monitoring rod is made of hot-galvanized steel and is 90-140 mm in diameter and 3mm in thickness.

Compared with the prior art, the utility model has the following beneficial effects:

1. according to the arrangement of the mobile solar wireless monitoring pole, a heavy object is favorably placed through the weighting box, so that the stability of the monitoring pole is ensured, the NVR video recorder works in cooperation with the infrared intelligent medium-speed dome camera to complete video recording, storing and forwarding functions, single-call and group-call functions are realized on site through the intelligent interphone, the stability of a WiFi network is ensured through the high-gain antenna, the monitoring work is smoothly completed by matching with the intelligent medium-speed dome camera, the UWB positioning base station is favorable for realizing real-time positioning of vehicles and personnel by matching with UWG positioning tags, the UWB positioning base station is also favorable for transmitting by matching with the WiFi network, and the lightning rod is favorable for playing a protection role and avoiding being struck by lightning.

2. According to the mobile solar wireless monitoring rod, electric energy is provided through the crystalline silicon solar charging panel, the solar charging panel adopts a high-quality metal frame and high-strength toughened glass, a waterproof aviation connector is used for connecting cables, the connection is firm and reliable, the mobile solar wireless monitoring rod has good ageing resistance, the installation is convenient, the service life is long, the utilization rate of the solar panel can be obviously improved through the MTTP intelligent controller, the wireless communication function of the internet of things can be realized through a remote interface, the power supply output can be turned off or turned on through remote software, the convenience is greatly improved, and the angle adjustment or the quick installation of the crystalline silicon solar charging panel can be conveniently realized through the hoop.

3. According to the arrangement of the mobile solar wireless monitoring rod, the coverage of a WiFi network is realized through the arrangement of the wireless APA1, the switch is responsible for connecting network equipment and terminal equipment, and the interconnection between a local area network and the local area network is realized through the router, so that the full-high-definition wireless transmission of the infrared intelligent medium-speed dome camera is realized.

Drawings

Fig. 1 is a schematic structural view of the present invention.

Fig. 2 is a schematic structural diagram of the solar power supply assembly of the present invention.

Fig. 3 is a schematic diagram of a wireless intelligent ad hoc network principle module of the utility model.

Fig. 4 is a block diagram of the UWB positioning principle of the present invention.

In the figure:

1-moving wheels, 2-mounting brackets, 3-weighting boxes, 4-clapboards, 5-hand push rods, 6-NVR video recorders, 7-monitoring rods, 8-intelligent interphone, 9-solar power supply components, 91-crystalline silicon solar charging panel, 92-MTTP intelligent controller, 93-solar fixing frame, 94-hoop, 10-lightning rod, 11-high gain antenna, 12-camera connecting frame, 13-infrared intelligent medium speed ball type camera, 14-UWB positioning base station, A-wireless intelligent ad hoc network, A1-wireless AP, A2-switch, A3-video large screen, A4-server, A5-router and A6-remote control center.

Detailed Description

The utility model is further described below with reference to the accompanying drawings:

the first embodiment is as follows:

as shown in attached figures 1 and 4

The utility model provides a mobile solar wireless monitoring pole which is composed of a mobile wheel 1, a mounting bracket 2, a weighting box 3, a partition plate 4, a hand push rod 5, an NVR (noise video recorder) 6, a monitoring pole 7, an intelligent interphone 8, a solar power supply assembly 9, a lightning rod 10, a high-gain antenna 11, a camera connecting frame 12, an infrared intelligent medium-speed spherical camera 13, a UWB (ultra wide band) positioning base station 14 and a wireless intelligent ad hoc network A. Wherein: the movable wheel 1 is fastened at the bottom of the mounting bracket 2 through threads, the weighting box 3 is welded at the upper part of the mounting bracket 2, a square flange at one side of the upper part of the mounting bracket 2 is connected with a monitoring rod 7, and a hand push rod 5 is fixed at the other side of the upper part of the mounting bracket 2 through a bolt; the partition plate 4 is installed inside the weighting box 3 through bolts, and an NVR (network video recorder) 6 is fixed on the upper part of the partition plate 4 through bolts; the intelligent interphone 8 is of a type DS-236, the intelligent interphone 8 is connected with the monitoring rod 7 through a bolt, a solar power supply assembly 9 is fastened on the uppermost screw of the monitoring rod 7, a lightning rod 10 is welded at the end of the monitoring rod 7, and the monitoring rod 7 is made of hot-galvanized steel and is a rod body with the diameter of 90mm-140mm and the thickness of 3 mm; the camera connecting frame 12 is positioned below the solar power supply assembly 9, the high-gain antenna 11 is fastened on the upper portion of the camera connecting frame 12 through bolts, and the infrared intelligent medium-speed spherical camera 13 is mounted on the end portion of the camera connecting frame 12 through bolts; the UWB positioning base station 14 is fastened to the outside of the monitoring pole 7 by bolts.

By means of the above technical scheme, thereby it guarantees the stability of monitoring pole to be favorable to putting into the heavy object through weight box 3, and NVR video recorder 6 cooperates with infrared intelligent intermediate speed dome camera 13 work, accomplish the video recording of video, the storage and the function of forwardding, and realize singly breathing at the scene through intelligent intercom 8, the group calling function, and guaranteed the stability of wiFi network through high gain antenna 11, cooperation intelligent intermediate speed dome camera 13 accomplishes the monitoring work smoothly, and UWB location basic station 14 is favorable to realizing the real-time location to vehicle and personnel through cooperation UWG location label, and UWB location basic station 14 is transmitted with the cooperation wiFi network, and be favorable to playing the guard action through lightning rod 10, avoid receiving the thunderbolt.

Example two:

as shown in figure 2

The solar power supply assembly 9 comprises a crystalline silicon solar charging panel 91, an MTTP intelligent controller 92, a solar fixing frame 93 and a hoop 94, wherein the crystalline silicon solar charging panel 91 is fixed at one end of the solar fixing frame 93 through a bolt, and the hoop 94 is fastened at the other end of the solar fixing frame 93 through a bolt; the crystalline silicon solar charging panel 91 adopts an 80W crystalline silicon solar efficient light absorption panel, an MTTP intelligent controller 92 is fastened on the lower portion of the crystalline silicon solar charging panel 91 through bolts, and the crystalline silicon solar charging panel 91 is communicated with the MTTP intelligent controller 92 through a conducting wire.

With the aid of the above technical scheme, provide the electric energy through crystalline silicon solar charging panel 91, this solar charging panel adopts high-quality metal frame, high strength toughened glass, and the connection of cable uses waterproof aviation joint, firm in connection is reliable, possess fine ageing resistance performance, simple to operate long service life, and can show improvement solar cell panel utilization ratio through adopting MTTP intelligent control ware 92, thing networking wireless communication function, can lead to remote interface and realize remote connection control, but remote software closes or opens the power supply output, the convenience has been improved greatly, and the angle or the quick installation of being convenient for adjust crystalline silicon solar charging panel 91 through adopting staple bolt 94.

Example two:

as shown in figure 3

The wireless intelligent ad hoc network A comprises a wireless APA1, a switch A2, a video large screen A3, a server A4, a router A5 and a remote control center A6, wherein the switch A2 is communicated with the video large screen A3, the server A4, the router A5 and the wireless APA1 through wires, the router A5 is in signal communication with the remote control center A6, and the remote control center A6 adopts a computer or a mobile phone.

The intelligent interphone 8, the infrared intelligent medium-speed dome camera 13, the UWB positioning base station 14 and the MTTP intelligent controller 92 realize WiFi network communication through the wireless APA 1.

By means of the technical scheme, coverage of the WiFi network is achieved through the wireless APA1, the switch A2 is responsible for connecting network equipment and terminal equipment, and the interconnection between the local area network and the local area network is achieved through the router A5, so that full high-definition wireless transmission of the infrared intelligent medium-speed dome camera 13 is achieved.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention.

Claims

1. The utility model provides a portable solar energy wireless monitoring pole, is including removing wheel (1), installing support (2), weight-increasing box (3), baffle (4), handspike (5), NVR video cassette recorder (6), monitoring pole (7), intelligent intercom (8), solar energy power supply unit (9), lightning rod (10), high gain antenna (11), camera link (12), infrared intelligent intermediate speed dome camera (13), UWB location basic station (14) and wireless intelligent ad hoc network (A), its characterized in that: the movable wheel (1) is fastened at the bottom of the mounting bracket (2) through threads, the upper part of the mounting bracket (2) is welded with the weighting box (3), one square flange at one side of the upper part of the mounting bracket (2) is connected with a monitoring rod (7), and the other side of the upper part of the mounting bracket (2) is fixed with a hand push rod (5) through a bolt; the partition plate (4) is installed inside the weighting box (3) through bolts, and an NVR video recorder (6) is fixed to the upper portion of the partition plate (4) through bolts; the intelligent interphone (8) is of a type DS-236, the intelligent interphone (8) is connected with the monitoring rod (7) through a bolt, a solar power supply assembly (9) is fastened to the uppermost screw of the monitoring rod (7), and a lightning rod (10) is welded to the end of the monitoring rod (7); the camera connecting frame (12) is positioned below the solar power supply assembly (9), a high-gain antenna (11) is fastened on the upper portion of the camera connecting frame (12) through bolts, and an infrared intelligent medium-speed spherical camera (13) is mounted on the end portion of the camera connecting frame (12) through bolts; the UWB positioning base station (14) is fastened outside the monitoring rod (7) through a bolt.

2. The mobile solar wireless monitoring pole of claim 1, wherein: the solar power supply assembly (9) comprises a crystalline silicon solar charging panel (91), an MTTP intelligent controller (92), a solar fixing frame (93) and a hoop (94), wherein the crystalline silicon solar charging panel (91) is fixed at one end of the solar fixing frame (93) through a bolt, and the hoop (94) is fastened at the other end of the solar fixing frame (93) through a bolt; the solar energy charging panel (91) is an 80W monocrystalline silicon high-efficiency light absorption plate, an MTTP intelligent controller (92) is fastened on the lower portion of the crystalline silicon solar charging panel (91) through bolts, and the crystalline silicon solar charging panel (91) is communicated with the MTTP intelligent controller (92) through a lead.

3. The mobile solar wireless monitoring pole of claim 1, wherein: the wireless intelligent ad hoc network (A) comprises a wireless AP (A1), an exchanger (A2), a video large screen (A3), a server (A4), a router (A5) and a remote control center (A6), wherein the exchanger (A2) is communicated with the video large screen (A3), the server (A4), the router (A5) and the wireless AP (A1) through wires, the router (A5) is in signal communication with the remote control center (A6), and the remote control center (A6) adopts a computer or a mobile phone.

4. The mobile solar wireless monitoring pole of claim 1, wherein: the intelligent interphone (8), the infrared intelligent medium-speed dome camera (13), the UWB positioning base station (14) and the MTTP intelligent controller (92) are communicated with each other through a WiFi network by the aid of the wireless AP (A1).

5. The mobile solar wireless monitoring pole of claim 1, wherein: the monitoring rod (7) is a rod body which is made of hot-dip galvanized steel and has the diameter of 90-140 mm and the thickness of 3 mm.