CN106049962A - Functional intelligent communication iron tower - Google Patents
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Abstract
一种多功能智慧通信铁塔，属于多功能通信铁塔技术领域，解决现有技术中通信铁塔功能单一的技术问题，解决方案为：通信铁塔杆体固定安装在地面上，通信铁塔顶部设置有集束天线，通信铁塔上部设置有风速检测装置，风速检测装置顶部设置有风向指示装置，风速检测装置下部设置有环境监测装置，环境检测装置下方的通信铁塔上设置有照明装置，照明装置下方的通信铁塔上设置有视频监控装置，通信铁塔杆体的中下部内设置有储能装置，储能装置下部的通信铁塔内部设置有直流充电装置，通信铁塔两旁等距设置有若干直流充电装置。本发明兼具风速风向监测、环境监测、视频监控以及交直流充电等功能，为人们的生活提供全方位立体式服务，使人们的生活更加便利。
A multi-functional intelligent communication tower belongs to the technical field of multi-functional communication towers, and solves the technical problem of single-function communication towers in the prior art. A wind speed detection device is installed on the upper part of the communication tower, and a wind direction indicating device is installed on the top of the wind speed detection device. There is a video monitoring device, an energy storage device is arranged in the middle and lower part of the communication iron tower rod body, a DC charging device is arranged inside the communication iron tower at the lower part of the energy storage device, and several DC charging devices are equidistantly arranged on both sides of the communication iron tower. The invention has the functions of wind speed and direction monitoring, environment monitoring, video monitoring, AC and DC charging, etc., provides all-round three-dimensional services for people's life, and makes people's life more convenient.
Description
技术领域technical field
本发明属于多功能通信铁塔技术领域，特别涉及一种多功能智慧通信铁塔。The invention belongs to the technical field of multifunctional communication iron towers, in particular to a multifunctional intelligent communication iron tower.
背景技术Background technique
随着人类社会的不断发展，未来城市将承载越来越多的人口。目前，我国正处于城镇化加速发展的时期，部分地区"城市病"问题日益严峻。为解决城市发展难题，实现城市可持续发展，建设智慧城市已成为当今世界城市发展不可逆转的历史潮流。所谓智慧城市就是运用信息和通信技术手段感测、分析、整合城市运行核心系统的各项关键信息，从而对包括民生、环保、公共安全、城市服务、工商业活动在内的各种需求做出智能响应。其实质是利用先进的信息技术，实现城市智慧式管理和运行，进而为城市中的人创造更美好的生活，促进城市的和谐、可持续成长。With the continuous development of human society, cities in the future will carry more and more people. At present, my country is in a period of accelerated urbanization, and the problem of "urban disease" in some areas is becoming increasingly serious. In order to solve the problems of urban development and achieve sustainable urban development, the construction of smart cities has become an irreversible historical trend of urban development in the world today. The so-called smart city is to use information and communication technology to sense, analyze, and integrate various key information of the core system of urban operation, so as to make intelligent decisions for various needs including people's livelihood, environmental protection, public safety, urban services, and industrial and commercial activities. response. Its essence is to use advanced information technology to realize urban intelligent management and operation, thereby creating a better life for the people in the city and promoting the harmonious and sustainable growth of the city.
基于建设智慧城市的概念，建设智慧通信铁塔势在必行，所谓智慧通信铁塔就是充分利用通信铁塔，在通信铁塔上综合多种功能，使通信铁塔能更好的服务于人们的生活。Based on the concept of building a smart city, it is imperative to build a smart communication tower. The so-called smart communication tower is to make full use of the communication tower and integrate multiple functions on the communication tower so that the communication tower can better serve people's lives.
发明内容Contents of the invention
本发明的目的是解决现有技术中通信铁塔功能单一的技术问题，提供一种多功能智慧通信铁塔。The purpose of the present invention is to solve the technical problem of the single function of the communication iron tower in the prior art, and provide a multifunctional intelligent communication iron tower.
本发明通过以下技术方案予以实现。The present invention is achieved through the following technical solutions.
一种多功能智慧通信铁塔，它包括通信铁塔、集束天线、储能装置、风向指示装置、风速检测装置、环境监测装置、照明装置、视频监控装置、直流充电装置和交流充电装置，其特征在于：通信铁塔杆体固定安装在地面上，通信铁塔杆体为中空结构，通信铁塔顶部设置有集束天线，通信铁塔上部设置有风速检测装置，风速检测装置顶部设置有风向指示装置，风速检测装置下部的通信铁塔上设置有环境监测装置，环境检测装置下方的通信铁塔上设置有照明装置，照明装置下方的通信铁塔上设置有视频监控装置，通信铁塔杆体的中下部内固定设置有储能舱体，储能舱体内设置有储能装置，储能装置下部的通信铁塔内部设置有直流充电装置，储能装置通过导线与各电器元件相连，通信铁塔两旁等距设置有若干直流充电装置。A multifunctional intelligent communication tower, which includes a communication tower, a cluster antenna, an energy storage device, a wind direction indicating device, a wind speed detection device, an environmental monitoring device, a lighting device, a video monitoring device, a DC charging device and an AC charging device, and is characterized in that : The pole body of the communication iron tower is fixedly installed on the ground. The pole body of the communication iron tower is a hollow structure. The top of the communication iron tower is equipped with a cluster antenna. The upper part of the communication iron tower is equipped with a wind speed detection device. An environmental monitoring device is installed on the iron tower, and a lighting device is installed on the communication iron tower below the environmental detection device. An energy storage device is arranged in the energy cabin, and a DC charging device is installed inside the communication tower at the lower part of the energy storage device.
进一步的，在风速检测装置下方的通信铁塔上固定设置有显示装置。Further, a display device is fixedly installed on the communication tower below the wind speed detection device.
进一步的，所述风向指示装置包括轴、风向标和风向传感器，风向传感器包括变换器，所述变换器包括码盘和光电组件，风向标中部设置有轴，风向标根据风速作用绕轴作360°旋转运动；风向标随风向变化而转动时，通过轴带动码盘在光电组件缝隙中转动，产生的光电信号对应当时风向的格雷码输出，显示于所述显示装置上；其中，所述变换器采用精密导电塑料电位器，所述转杯为多齿转杯。Further, the wind direction indicating device includes a shaft, a wind vane and a wind direction sensor, the wind direction sensor includes a transducer, the transducer includes a code disc and a photoelectric component, a shaft is arranged in the middle of the wind vane, and the wind vane performs 360° rotation around the shaft according to the wind speed When the wind vane rotates with the change of wind direction, the shaft drives the code disc to rotate in the gap of the photoelectric component, and the generated photoelectric signal corresponds to the gray code output of the wind direction at that time, which is displayed on the display device; wherein, the converter adopts precision A conductive plastic potentiometer, the rotor cup is a multi-tooth rotor cup.
进一步的，所述风速检测装置包括三杯风组件和转换装置，所述三杯风组件由三个风杯和连接风杯与转轴的杯架组成；所述转换器由转杯和狭缝光耦组成，当风杯受水平风作用而旋转时，通过转杯在狭缝光耦中的转动输出频率信号。Further, the wind speed detection device includes a three-cup wind assembly and a conversion device, the three-cup wind assembly is composed of three wind cups and a cup holder connecting the wind cups and the rotating shaft; the converter is composed of a rotor cup and a slit light When the wind cup is rotated by the horizontal wind, the frequency signal is output through the rotation of the cup in the slit optocoupler.
进一步的，环境检测装置包括滤膜在线采样器、颗粒物监测仪、显示器，颗粒物监测仪由PM10采样头、PM2.5切割器、样品动态加热系统、采样泵和仪器主机组成，流量为1m3/h的环境空气样品依次经过PM10采样头和PM2.5切割器后通入样品动态加热系统中，加热后的样品进入仪器主机后颗粒物附着于滤膜在线采样器上，所述滤膜在线采样器中滤膜的两侧分别设置Beta射线源和Beta射线检测器。Further, the environmental detection device includes a filter membrane online sampler, a particle monitor, and a display. The particle monitor is composed of a PM10 sampling head, a PM2.5 cutter, a sample dynamic heating system, a sampling pump and an instrument host, with a flow rate of 1m 3 / The ambient air sample of h passes through the PM10 sampling head and the PM2.5 cutter in sequence and then passes into the sample dynamic heating system. A Beta ray source and a Beta ray detector are respectively arranged on both sides of the middle filter membrane.
进一步的，所述照明装置为LED路灯。Further, the lighting device is an LED street lamp.
进一步的，所述视频监控装置包括壳体和环形摄影机，壳体内设置用恒温室，恒温室内壁上设置有白光灯，恒温室中部设置有环形摄影机，环形摄影机通过摄影机支架固定于恒温室顶壁上，所述环形摄影机中配置有摄影机电源，所述摄影机电源通过导线与储能装置相连，摄影机电源与储能装置之间设置有稳压电源；环形摄影机信号输出端通过视频线连接视频光端机，所述壳体为两层金铝合金壳体。Further, the video monitoring device includes a casing and a ring camera, a thermostatic chamber is installed inside the casing, a white light lamp is arranged on the inner wall of the thermostatic chamber, a ring camera is arranged in the middle of the thermostatic chamber, and the ring camera is fixed on the top wall of the thermostatic chamber through a camera bracket Above, the camera power supply is configured in the ring camera, and the camera power supply is connected to the energy storage device through a wire, and a stabilized power supply is provided between the camera power supply and the energy storage device; the signal output end of the ring camera is connected to a video optical transceiver through a video cable, The shell is a two-layer gold-aluminum alloy shell.
进一步的，所述交流充电装置外壳为SMC玻璃钢材质。Further, the shell of the AC charging device is made of SMC glass fiber reinforced plastic.
进一步的，所述相临交流充电装置之间的距离为标准车位的长度，交流充电装置上还设置有车辆停泊计费装置。Further, the distance between the adjacent AC charging devices is the length of a standard parking space, and the AC charging device is also provided with a vehicle parking charging device.
进一步的，所述储能装置为Ni-MH充电电池组。Further, the energy storage device is a Ni-MH rechargeable battery pack.
本发明与现有技术相比具有以下有益效果：本发明提出的一种多功能智慧通信铁塔，兼具风速风向监测及显示、环境监测、照明、视频监控以及直流、交流充电、车辆停泊计费功能，为人们的生活提供全方位立体式的服务，满足人们出行的各项需求，使人们的生活更加便利。Compared with the prior art, the present invention has the following beneficial effects: a multifunctional intelligent communication iron tower proposed by the present invention has both wind speed and direction monitoring and display, environmental monitoring, lighting, video monitoring, DC and AC charging, and vehicle parking billing Functions, provide a full range of three-dimensional services for people's lives, meet people's travel needs, and make people's lives more convenient.
附图说明Description of drawings
图1为本发明整体结构示意图。Figure 1 is a schematic diagram of the overall structure of the present invention.
图中，1、通信铁塔，2、集束天线，3、储能装置，4、风向指示装置，5、风速检测装置，6、环境监测装置，7、照明装置，8、视频监控装置，91、直流充电装置，92、交流充电装置。In the figure, 1. communication tower, 2. cluster antenna, 3. energy storage device, 4. wind direction indicating device, 5. wind speed detection device, 6. environmental monitoring device, 7. lighting device, 8. video monitoring device, 91, DC charging device, 92, AC charging device.
具体实施方式detailed description
如图1所示，一种多功能智慧通信铁塔，它包括通信铁塔1、集束天线2、储能装置3、风向指示装置4、风速检测装置5、环境监测装置6、照明装置7、视频监控装置8、直流充电装置91和交流充电装置92，其特征在于：As shown in Figure 1, a multi-functional intelligent communication tower includes a communication tower 1, a cluster antenna 2, an energy storage device 3, a wind direction indicating device 4, a wind speed detection device 5, an environmental monitoring device 6, a lighting device 7, a video monitoring Device 8, DC charging device 91 and AC charging device 92 are characterized in that:
通信铁塔1杆体固定安装在地面上，通信铁塔1杆体为中空结构，通信铁塔1顶部设置有集束天线2，通信铁塔1上部设置有风速检测装置5，风速检测装置5顶部设置有风向指示装置4，风速检测装置5下部的通信铁塔1上设置有环境监测装置6，环境检测装置6下方的通信铁塔1上设置有照明装置7，照明装置7下方的通信铁塔1上设置有视频监控装置8，通信铁塔1杆体的中下部内固定设置有储能舱体，储能舱体内设置有储能装置3，储能装置3下部的通信铁塔1内部设置有直流充电装置91，储能装置2通过导线与各电器元件相连，通信铁塔1两旁等距设置有若干直流充电装置92。The pole body of the communication iron tower 1 is fixedly installed on the ground, the pole body of the communication iron tower 1 is a hollow structure, the top of the communication iron tower 1 is provided with a cluster antenna 2, the upper part of the communication iron tower 1 is provided with a wind speed detection device 5, and the top of the wind speed detection device 5 is provided with a wind direction indicating device 4 The communication tower 1 at the bottom of the wind speed detection device 5 is provided with an environment monitoring device 6, the communication tower 1 below the environment detection device 6 is provided with a lighting device 7, and the communication tower 1 below the lighting device 7 is provided with a video monitoring device 8, An energy storage cabin is fixedly arranged in the middle and lower part of the pole body of the communication iron tower 1, and an energy storage device 3 is arranged in the energy storage cabin. Connected with each electrical component, a number of DC charging devices 92 are equidistantly arranged on both sides of the communication tower 1 .
进一步的，在风速检测装置4下方的通信铁塔1上固定设置有显示装置。Further, a display device is fixedly installed on the communication iron tower 1 below the wind speed detection device 4 .
进一步的，所述风向指示装置4包括轴、风向标和风向传感器，风向传感器包括变换器，所述变换器包括码盘和光电组件，风向标中部设置有轴，风向标根据风速作用绕轴作360°旋转运动；风向标随风向变化而转动时，通过轴带动码盘在光电组件缝隙中转动，产生的光电信号对应当时风向的格雷码输出，显示于所述显示装置上；其中，所述变换器采用精密导电塑料电位器，所述转杯为多齿转杯。Further, the wind direction indicating device 4 includes a shaft, a wind vane and a wind direction sensor, the wind direction sensor includes a converter, the converter includes a code disc and a photoelectric component, the middle part of the wind vane is provided with a shaft, and the wind vane rotates 360° around the shaft according to the wind speed Movement; when the wind vane rotates with the change of wind direction, the shaft drives the code disc to rotate in the gap of the photoelectric component, and the generated photoelectric signal corresponds to the gray code output of the wind direction at that time, which is displayed on the display device; wherein, the converter adopts A precision conductive plastic potentiometer, the rotor cup is a multi-tooth rotor cup.
进一步的，所述风速检测装置5包括三杯风组件和转换装置，所述三杯风组件由三个风杯和连接风杯与转轴的杯架组成；所述转换器由转杯和狭缝光耦组成，当风杯受水平风作用而旋转时，通过转杯在狭缝光耦中的转动输出频率信号。Further, the wind speed detection device 5 includes a three-cup wind assembly and a conversion device, the three-cup wind assembly is composed of three wind cups and a cup holder connecting the wind cups and the rotating shaft; the converter is composed of a rotor cup and a slit Composed of optocouplers, when the wind cup is rotated by the horizontal wind, the frequency signal is output through the rotation of the rotor cup in the slit optocoupler.
进一步的，环境检测装置6包括滤膜在线采样器、颗粒物监测仪、显示器，颗粒物监测仪由PM10采样头、PM2.5切割器、样品动态加热系统、采样泵和仪器主机组成，流量为1m3/h的环境空气样品依次经过PM10采样头和PM2.5切割器后通入样品动态加热系统中，加热后的样品进入仪器主机后颗粒物附着于滤膜在线采样器上，所述滤膜在线采样器中滤膜的两侧分别设置Beta射线源和Beta射线检测器。Further, the environmental detection device 6 includes a filter membrane online sampler, a particle monitor, and a display. The particle monitor is composed of a PM10 sampling head, a PM2.5 cutter, a sample dynamic heating system, a sampling pump and an instrument host, with a flow rate of 1m3 /h ambient air samples pass through the PM10 sampling head and PM2.5 cutter in turn and then pass into the sample dynamic heating system. A Beta ray source and a Beta ray detector are respectively arranged on both sides of the filter membrane in the filter.
进一步的，所述照明装置7为LED路灯。Further, the lighting device 7 is an LED street lamp.
进一步的，所述视频监控装置8包括壳体和环形摄影机，壳体内设置用恒温室，恒温室内壁上设置有白光灯，恒温室中部设置有环形摄影机，环形摄影机通过摄影机支架固定于恒温室顶壁上，所述环形摄影机中配置有摄影机电源，所述摄影机电源通过导线与储能装置3相连，摄影机电源与储能装置3之间设置有稳压电源；环形摄影机信号输出端通过视频线连接视频光端机，所述壳体为两层金铝合金壳体。Further, the video monitoring device 8 includes a housing and a ring camera, a thermostatic chamber is installed inside the housing, a white light lamp is arranged on the inner wall of the thermostatic chamber, a ring camera is arranged in the middle of the thermostatic chamber, and the ring camera is fixed on the top of the thermostatic chamber through a camera bracket. On the wall, the camera power supply is configured in the ring camera, and the camera power supply is connected to the energy storage device 3 through wires, and a stabilized power supply is provided between the camera power supply and the energy storage device 3; the ring camera signal output terminal is connected through a video cable In the video optical transceiver, the housing is a two-layer gold-aluminum alloy housing.
进一步的，所述交流充电装置92外壳为SMC玻璃钢材质。Further, the shell of the AC charging device 92 is made of SMC glass fiber reinforced plastic.
进一步的，所述相临交流充电装置92之间的距离为标准车位的长度，交流充电装置92上还设置有车辆停泊计费装置。Further, the distance between the adjacent AC charging devices 92 is the length of a standard parking space, and the AC charging devices 92 are also provided with a vehicle parking charging device.
进一步的，所述储能装置3为Ni-MH充电电池组。Further, the energy storage device 3 is a Ni-MH rechargeable battery pack.
以上所述，仅为本发明的具体实施方式，但本发明的保护范围并不局限于此，任何熟悉技术领域的技术人员在本发明揭露的技术范围内，可轻易想到的变化或替换，都应涵盖在本发明的保护范围之内。因此，本发明的保护范围应以所述权利要求的保护范围为准。The above is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope disclosed in the present invention are all Should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention should be determined by the protection scope of the claims.
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| CN106049962B (en) | 2018-07-31 |
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