CN-224231017-U - Garden environment monitoring device

CN224231017UCN 224231017 UCN224231017 UCN 224231017UCN-224231017-U

Abstract

The utility model particularly relates to a park environment monitoring device. The park environment monitoring device comprises a portable main body frame, wherein a magnetic attraction interface, a buckle interface, a multi-parameter environment sensor integration module, a communication module, a data management module and a power supply module are integrated in the portable main body frame, the multi-parameter environment sensor integration module comprises a sensor integration hatch, an air quality sensor group, a noise sensor and an illumination sensor are integrated in the sensor integration hatch, and a data management module is integrated with an MCU (micro control Unit) for collecting sensor data, controlling the communication module and triggering abnormal alarm. This garden environment monitoring device adopts the modularization extension design, and the configuration is nimble, can satisfy the extension demand of garden, realizes that the garden environment is disposed fast, multidimensional monitoring and real-time data upload, and then has improved garden environment monitoring coverage rate, has promoted environmental management efficiency.

Inventors

LI WENPEI
LIU ZHIYUAN
FENG JIE
XU TING
ZHANG DEYUE

Assignees

浪潮智慧城市科技有限公司

Dates

Publication Date: 20260512
Application Date: 20250627

Claims (7)

1. The park environment monitoring device is characterized by comprising a portable main body frame, wherein a magnetic interface, a buckle interface, a multiparameter environment sensor integration module, a communication module, a data management module and a power supply module are integrated in the portable main body frame; The magnetic flux of the magnetic attraction interface exceeds 00mT and is used for being directly attracted to ferromagnetic materials; the buckle interface is positioned at the back of the portable main body frame and comprises 2 elastic L-shaped buckles and is used for being matched with a U-shaped groove pre-buried in the wall surface/the upright post to realize quick clamping and fixing; The multi-parameter environment sensor integration module comprises a sensor integration hatch, wherein an air quality sensor group, a noise sensor and an illumination sensor are integrated in the sensor integration hatch; The communication module adopts 5G wireless communication, is integrated with a SIM card slot and is used for inserting an operator 5G flow card; The data management module is integrated with an MCU (micro control Unit) microcontroller and is used for collecting sensor data, controlling the communication module and triggering abnormal alarm; the power supply module comprises a replaceable lithium battery bin, a lithium battery, a solar charging panel and a charging management circuit; the solar charging panel is used for charging the lithium battery through the charging management circuit.
2. The apparatus of claim 1, wherein the sensor-integrated hatch is sealed inside by a waterproof strip.
3. The device for monitoring the environment of a park according to claim 1 or 2, wherein the air quality sensor group comprises a PM2.5 sensor, a VOC sensor and a temperature and humidity sensor which are all fixed on a standardized bracket in a sensor integration hatch through M2 screws; The noise sensor adopts a directional microphone and is arranged at the center of the top of the hatch, and the orifice covers a waterproof dustproof net; The illumination sensor adopts a photodiode, and the aperture is provided with a light guide plate capable of adjusting the angle within the range of 0-90 degrees.
4. The campus environment monitoring device according to claim 1, wherein the portable main body frame is further integrated with a buzzer and an LED light strip; The data sampling frequency of the multiparameter environment sensor integrated module is 1 time/min, and the data uploading interval of the communication module is 5 minutes; when the data management module does not receive the sampling data of the multi-parameter environment sensor integration module for more than 5 minutes, triggering an abnormal alarm, and sending out buzzing by the buzzer and flashing by the LED lamp strip.
5. The device for monitoring the environment of a park according to claim 1, wherein the portable main body frame is of a square box-shaped structure and is integrally formed by adopting ABS engineering plastics with the surfaces treated by UV coating; The magnetic interface is internally provided with a neodymium iron boron strong magnet; the communication module is fixed on the circuit board through the metal elastic sheet and is connected with the built-in PCB antenna through a coaxial cable.
6. The device for monitoring the environment of a campus of claim 1 or 5, wherein a Type-C expansion interface is reserved on the side surface of the portable main body frame and is used for externally connecting a noise sensor and a water quality sensor.
7. The device for monitoring the environment of a park according to claim 6, wherein the side surface of the portable main body frame is printed with a reflective mark, and an LED light supplementing lamp is arranged at the bottom; when the illumination sensor detects that the illumination intensity is less than 50lux, the MCU microcontroller triggers the LED light supplementing lamp control circuit to automatically start the LED light supplementing lamp.

Description

Garden environment monitoring device Technical Field The utility model relates to the technical field of environmental monitoring, in particular to a park environmental monitoring device. Background The traditional park environment monitoring is dependent on a fixed point position sensor (such as monitoring equipment arranged on a lamp post and an outer wall of a building), and has the problems of complex deployment (hole punching and wiring are needed), poor expansibility (newly added points need to be re-constructed), data transmission delay (4G network is easy to be jammed in a high-density scene) and the like. However, in a campus industry process, it is often necessary to temporarily make random or key measurements of the illegal emissions of the farmers of the campus industry unit, etc. Therefore, there is a need for a portable fixed environment monitoring terminal for a campus, which has a compact structure, is convenient to install, supports 5G high-speed transmission, and can be flexibly expanded, so as to solve the above problems. Based on the above, the utility model provides a park environment monitoring device. Disclosure of Invention The utility model provides a simple and efficient park environment monitoring device for overcoming the defects of the prior art. The utility model is realized by the following technical scheme: The park environment monitoring device comprises a portable main body frame, wherein a magnetic attraction interface, a buckle interface, a multi-parameter environment sensor integration module, a communication module, a data management module and a power supply module are integrated in the portable main body frame; The magnetic flux of the magnetic attraction interface exceeds 00mT and is used for being directly attracted to ferromagnetic materials; The buckle interface is positioned on the back of the portable main body frame and comprises 2 elastic L-shaped buckles (made of stainless steel) and is used for being matched with a U-shaped groove (depth 10 mm) pre-buried in a wall surface/an upright post to realize quick clamping and fixing; The multi-parameter environment sensor integration module comprises a sensor integration hatch, wherein an air quality sensor group, a noise sensor and an illumination sensor are integrated in the sensor integration hatch; The communication module adopts 5G wireless communication (supporting SA/NSA dual mode and peak rate 1 Gbps), is integrated with a SIM card slot (supporting Nano-SIM card) and is used for inserting an operator 5G flow card; The data management module is integrated with an MCU (micro control Unit) microcontroller and is used for collecting sensor data, controlling the communication module and triggering abnormal alarm; the power supply module comprises a replaceable lithium battery bin, a lithium battery, a solar charging panel and a charging management circuit; The solar charging plate is used for charging the lithium battery through the charging management circuit (daily charge amount is more than or equal to 300 mAh). The inner side of the sensor integrated hatch is sealed through a waterproof adhesive tape, so that IP54 protection (dust prevention and splash prevention) is realized. The air quality sensor group comprises a PM2.5 sensor, a VOC sensor and a temperature and humidity sensor, which are all fixed on a standardized bracket in a sensor integration hatch through M2 screws; The noise sensor adopts a directional microphone and is arranged at the center of the top of the hatch, and the orifice covers a waterproof dustproof net; The illumination sensor adopts a photodiode, and the aperture is provided with a light guide plate capable of adjusting the angle within the range of 0-90 degrees. The portable main body frame is also integrated with a buzzer and an LED lamp strip; The data sampling frequency of the multiparameter environment sensor integrated module is 1 time/min, and the data uploading interval of the communication module is 5 minutes; when the data management module does not receive the sampling data of the multi-parameter environment sensor integration module for more than 5 minutes, triggering an abnormal alarm, and sending out buzzing by the buzzer and flashing by the LED lamp strip. The portable main body frame is of a square box-shaped structure, is integrally formed by adopting ABS engineering plastics with the surfaces treated by UV coating, and has the weight less than or equal to 500g (including batteries). The magnetic interface is internally provided with a neodymium iron boron strong magnet; the communication module is fixed on the circuit board through the metal elastic sheet and is connected with the built-in PCB antenna through a coaxial cable. The Type-C expansion interface is reserved on the side face of the portable main body frame and is used for being externally connected with a noise sensor and a water quality sensor. The side face of the portable main body frame is printed with