CN110633766A - Two-dimensional code generation device for reporting result of environment monitoring instrument - Google Patents
Two-dimensional code generation device for reporting result of environment monitoring instrument Download PDFInfo
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Abstract
The invention provides a two-dimensional code generating device for reporting measurement data of an environment monitoring instrument, which comprises: the control unit, instrument output interface and the coupling unit of control unit, two-dimensional code display element, external control APP, power supply and power control unit, power supply and network indicating unit, shell unit. The instrument output interface is connected and data transmission with the connecting unit of the control unit and the serial ports or the Bluetooth interfaces of the monitoring instrument, the control unit analyzes and standardizes data, corresponding two-dimensional codes are generated and displayed on the two-dimensional code display unit, and the APP is externally controlled to scan the two-dimensional codes to obtain processing results and then report to the cloud system. The device solves the problem that monitoring instrument data depends on manual reporting in environment monitoring activities, realizes quick uploading of monitoring process data and result data by means of two-dimensional code circulation, does not need to modify the monitoring instrument, and has good universality and application value.
Description
Technical Field
The invention relates to the technical field of environmental protection monitoring, in particular to a two-dimensional code generation device (eagle speed code) for reporting an environmental monitoring instrument result.
Background
With the continuous improvement of the environmental monitoring requirements, higher requirements are put forward on the environmental monitoring quality and the true accuracy of environmental monitoring data, and therefore a user is required to obtain the data of the monitoring instrument in a more automatic mode. In the existing monitoring work, the detection mechanism adopts the current working process that instruments such as water, gas, sound and the like are used for measuring in a field or a laboratory, and the measurement data are calculated according to relevant standards to form a measurement result. The measuring result is directly printed on the instrument or stored as a data file according to requirements, the document is inquired and selected and then printed out, the paper receipt moves along with the sample, and the data is manually input into the system according to the printed receipt. Such a method is prone to errors and requires a large amount of manual intervention, which, on the one hand, places relatively high demands on the basic level and proficiency of the participants and, on the other hand, places relatively high demands on the monitoring effort for preventing counterfeiting.
At present, a detection mechanism and a monitoring party both require that measurement result data is directly and automatically imported into a laboratory information management Lims system to replace manual entry operation. Under such a background, it is necessary to provide a quick and automatic technical means to report the result of the environment monitoring apparatus to the corresponding application system, so that a two-dimensional code stream mode is used instead of a mode of printing a receipt by using a printer.
Disclosure of Invention
The embodiment of the invention provides a two-dimensional code generation device (eagle speed code) for reporting results of an environment monitoring instrument, solves the problems of manual data entry and manual data printing of the monitoring instrument to an application system in the traditional environment monitoring process, improves the use efficiency, and ensures the quality and the authenticity of data.
In view of the foregoing, the present application provides a two-dimensional code generating device (eagle code) for reporting results of an environment monitoring apparatus, where the environment monitoring apparatus includes: the multi-type environment monitoring equipment monitors flue gas, smoke dust, oil smoke, ozone, VOC, noise/water quality and sends monitoring data of the flue gas, the smoke dust, the oil smoke, the ozone, the VOC, the noise and the water quality; the ESP32 control unit is connected with a serial port/Bluetooth output interface of an environment monitoring instrument to obtain an output measurement result of the environment monitoring instrument, analyze and standardize the result and generate a corresponding two-dimensional code according to the result; the connection unit of the output interface of the measuring instrument and the control unit of the ESP32 realizes the connection and data transmission with the device through the serial port or the Bluetooth interface of the instrument; the two-dimensional code display unit displays the generated two-dimensional code of the measurement result on a corresponding liquid crystal screen, so that a mobile phone or a tablet device can conveniently scan the code by using the embedded APP and submit data; the power supply and power supply control unit controls the power supply condition, supplies power to the ESP32 control unit and the interface unit, and displays the power on a display lamp of the two-dimensional code generation device shell unit; externally connecting a control APP, and reporting to a cloud system at the rear end after code scanning obtains measurement result data; the signal connection is connected with an indicating unit connected with a power supply, the communication condition of the ESP32 control unit control and environment monitoring instrument and the external control APP is identified, and the communication condition is displayed on a display lamp of a two-dimensional code generation device shell unit; the two-dimensional code generating device shell unit uniformly encapsulates the control, power supply and interface lamp units related to the device.
Preferably, the two-dimensional code generating device (eagle code) for reporting the result of the environment monitoring apparatus includes: the device comprises an ESP32 control unit, a connection unit of an instrument output interface and an ESP32 control unit, a two-dimensional code display unit, a power supply and power supply control unit and a power supply and network indication display unit. These parts are unified to be arranged in two-dimensional code generation device shell unit, provide the external APP of measurement result two-dimensional code confession and sweep the sign indicating number to will sweep a sign indicating number result data and transmit to the high in the clouds.
Preferably, the multi-type environment monitoring apparatus further includes: flue gas class environmental monitoring equipment, smoke and dust class environmental monitoring equipment, oil smoke class environmental monitoring equipment, ozone class environmental monitoring equipment, VOC class environmental monitoring equipment, wherein, flue gas class environmental monitoring equipment, smoke and dust class environmental monitoring equipment, oil smoke class environmental monitoring equipment, ozone class environmental monitoring equipment, VOC class environmental monitoring equipment, noise monitoring equipment, water quality monitoring equipment are connected through serial ports or bluetooth mode with this device respectively.
Preferably, the ESP32 control unit further includes functions of receiving, analyzing and standardizing monitoring data sent by various environmental monitoring instruments, so that the data form a uniform json string form, and a corresponding two-dimensional code is generated for scanning.
Preferably, the two-dimensional code display unit provides a two-dimensional code display function, supports scanning of a mobile phone or a tablet-mounted APP, and enables a scanning result to be transmitted to a remote application system according to an application input format;
preferably, the power supply and power supply control unit further comprises a function of controlling power supply and power supply of the ESP32 control unit and each interface unit in the device, so as to ensure normal operation of each unit module;
preferably, the power supply and network indication display unit further comprises a multi-indicator light mechanism for displaying the power supply condition and the network connection condition, so as to help a user to grasp the state of the device.
A two-dimensional code generating device (eagle speed code) for reporting results of an environment monitoring instrument comprises the following steps:
the method comprises the following steps: the device is assembled and connected with a serial port or Bluetooth corresponding to an environment monitoring instrument;
step two: the monitoring instrument generates data and outputs the data to the device through a serial port or Bluetooth;
step three: the device uses an ESP32 control unit to analyze and standardize data of a monitoring instrument to form a json data string, generates a corresponding two-dimensional code and continuously displays the two-dimensional code through a two-dimensional code display unit;
step four: the external APP scans the two-dimensional code to obtain corresponding measurement data, and then transmits the corresponding data to a cloud application system at the rear end;
step five: the power supply and power supply control unit continuously supplies power and controls the ESP32 control unit and each interface;
step six: the power supply and network indication display unit carries out different indication displays according to the conditions of power supply, network connection and data transmission.
One or more technical solutions in the embodiments of the present application have at least one or more of the following technical effects:
1. in an embodiment of the present invention, a two-dimensional code generating device (eagle code) for reporting results of an environment monitoring apparatus includes: the multi-type environment monitoring equipment monitors flue gas, smoke dust, oil smoke, ozone, VOC, noise and water quality and sends monitoring data of the flue gas, the smoke dust, the oil smoke, the ozone, the VOC, the noise and the water quality; the ESP32 control unit is connected with a serial port/Bluetooth output interface of an environment monitoring instrument to obtain an output measurement result of the environment monitoring instrument and perform result analysis and standardized processing; the connection unit of the output interface of the measuring instrument and the control unit of the ESP32 realizes the connection and data transmission with the device through the serial port or the Bluetooth interface of the instrument; the ESP32 control unit generates a corresponding measuring result two-dimensional code after completing the data analysis and displays the two-dimensional code on the two-dimensional code display unit; the power supply and power supply control unit controls the power supply condition, supplies power to the ESP32 control unit and the interface unit, and displays the power on a display lamp of the two-dimensional code generation device shell unit; externally connecting a control APP, and reporting to a cloud system at the rear end after a code scanning result is obtained; the signal connection is connected with an indicating unit connected with a power supply, the communication condition of the ESP32 control unit control and environment monitoring instrument and the external control APP is identified, and the communication condition is displayed on a display lamp of a two-dimensional code generation device shell unit; the two-dimensional code generating device shell unit uniformly encapsulates the control, power supply and interface lamp units related to the device.
The problem of in traditional environmental monitoring in-process monitoring instrument data manual entry and the manual application system of printing is solved, the mode that provides two-dimensional code generation and scanning replaces the traditional use mode that utilizes the printer to print the receipt, makes to sweep the sign indicating number and obtain measuring result data after, direct automatic introduction to laboratory information management Lims system, replaces the manual operation of entering, has improved the availability factor, has guaranteed the quality and the authenticity of data.
2. According to the embodiment of the invention, the ESP32 control unit and the connection unit are connected with the serial port and the Bluetooth of the environment monitoring instrument to obtain monitoring data and result data output by the instrument, the ESP32 control unit is used for realizing data analysis and standardization to form json-form standardized data and matched two-dimensional codes, the requirement of outputting the results of different types of instruments in an internet of things manner is met, the generation and export of the two-dimensional codes of data originally printed through the serial port or the Bluetooth can be realized without changing the existing instrument, and an efficient and universal mode is provided for automatic circulation of the monitoring data.
3. The embodiment of the invention also realizes the effective circulation of the monitoring data to the mobile phone end in a two-dimensional code generating and code scanning mode, and realizes the high-efficiency circulation of the monitoring data to the cloud application system through the effective connection and communication between the external APP and the cloud, the circulation process does not depend on an external network, the network transmission capability of the mobile phone is effectively utilized, the data interaction capability of different instruments and the cloud system is standardized and unified through the interaction form of the APP and the cloud, and the requirement that the different instruments access the cloud system is fully met.
4. The embodiment of the invention also provides an effective power management and control mechanism, a network and data connection indication mechanism and the like, so that a user can conveniently and quickly master the operation condition of the device, know the conditions of data transmission and power supply of the device and assist the use requirements of the user.
The foregoing description is only an overview of the technical solutions of the present invention, and the embodiments of the present invention are described below in order to make the technical means of the present invention more clearly understood and to make the above and other objects, features, and advantages of the present invention more clearly understandable.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and those skilled in the art can also obtain other drawings according to the drawings without creative efforts.
FIG. 1 is a structural diagram of a two-dimensional code generation device (eagle code) for reporting results of an environmental monitoring instrument
Fig. 2 is a working procedure of a two-dimensional code generation device (eagle code) for reporting the result of the environment monitoring instrument.
Detailed Description
The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.
According to fig. 1, the invention provides a two-dimensional code generation device (eagle speed code) for reporting results of an environment monitoring instrument, which is used for automatically receiving, converting and reporting monitoring data of various environment monitoring devices such as flue gas, smoke, oil smoke, ozone, VOC, noise/water quality and the like by an application system, replaces a traditional manual printing method, optimizes an operation process, improves work efficiency and ensures data quality. An ESP32 control unit arranged in the device is connected with a serial port/Bluetooth output interface of an environment monitoring instrument through an interface connection unit to obtain an output measurement result of the environment monitoring instrument, and the result is analyzed and standardized to generate a corresponding measurement result two-dimensional code. Scanning the code through the external APP to obtain standardized monitoring result data and then transmitting the data to the cloud. The power supply condition is controlled by the power supply and power supply control unit, and the power supply is supplied to the ESP32 control unit and the interface unit. Through the instruction unit of signal connection and power connection, ESP32 the control unit control that the sign corresponds and the intercommunication condition of environmental monitoring instrument and external control APP to show on the display lamp of two-dimensional code generation device shell unit. And reporting to a cloud system at the rear end after receiving the processing result through an external control APP. The control, power supply and interface lamp units related to the device are uniformly packaged through the two-dimensional code generation device shell unit.
The multi-type environment monitoring equipment comprises flue gas type environment monitoring equipment, smoke dust type environment monitoring equipment, oil smoke type environment monitoring equipment, ozone type environment monitoring equipment and VOC type environment monitoring equipment, wherein the flue gas type environment monitoring equipment, the smoke dust type environment monitoring equipment, the oil smoke type environment monitoring equipment, the ozone type environment monitoring equipment, the VOC type environment monitoring equipment, noise monitoring equipment and water quality monitoring equipment are respectively connected with the device through a serial port or a Bluetooth mode.
The ESP32 control unit comprises functions of receiving, analyzing and standardizing monitoring data sent by various environment monitoring instruments, so that the data form a uniform json string form and generate corresponding two-dimensional codes. The analysis and standardization processing are carried out in a configuration mode, hardware modification on the monitoring instrument is not needed, and data obtained by scanning codes after processing is consistent with data on a printing receipt in the current manual printing mode. The ESP32 control unit and the external APP are independent of the form of the backend cloud system, and can be modified and customized in software implementation according to the specific format and data requirements of the cloud system. The external APP is developed in a cross-platform mode, can be compatible with environments such as android and ios, and has no mandatory dependency on the corresponding mobile phone operating system version,
the two-dimensional code display unit still includes the two-dimensional code display function, and it is required that the measured data two-dimensional code that will generate carries out the continuous demonstration and supplies external APP to sweep the sign indicating number, sweeps the model and the function that the sign indicating number process does not rely on the cell-phone, and the user also need not extra requirement.
The power supply and power supply control unit comprises functions of supplying power and controlling the power to the ESP32 control unit and each interface unit in the device, ensures the normal work of each unit module, has the power supply capacity of 3.3V, has a USB external power supply interface, meets the external power supply support through a power adapter, and can meet the power supply capacity of continuous work for more than 2 hours without an external power supply by being provided with a rechargeable battery.
The power supply and network indication display unit further comprises a multi-indicator light mechanism which displays the power supply condition and the network connection condition and helps a user to grasp the state of the device. The corresponding display unit can reflect basic states such as instrument interface connection condition, instrument data transmission condition, power supply startup condition and the like, and can correspondingly represent states of the indicator lamp in a lighting/closing/continuous flashing manner to assist a user in judging.
According to fig. 2, a two-dimensional code generation device (eagle code) for reporting the result of an environment monitoring instrument includes the following steps:
the method comprises the following steps: the device is assembled and connected with a serial port or Bluetooth corresponding to an environment monitoring instrument;
step two: the monitoring instrument generates data and outputs the data to the device through a serial port or Bluetooth;
step three: the device uses an ESP32 control unit to analyze and standardize data of a monitoring instrument to form a json data string, generates a corresponding two-dimensional code and continuously displays the two-dimensional code through a two-dimensional code display unit;
step four: the external APP scans the two-dimensional code to obtain corresponding measurement data, and then transmits the corresponding data to a cloud application system at the rear end;
step five: the power supply and power supply control unit continuously supplies power and controls the ESP32 control unit and each interface;
step six: the power supply and network indication display unit carries out different indication displays according to the conditions of power supply, network connection and data transmission.
The two-dimensional code generation device (eagle speed code) for reporting the result of the environment monitoring instrument solves the problems of manual entry and manual printing of the data of the monitoring instrument to an application system in the traditional environment monitoring process, provides a mode of two-dimensional code scanning circulation to replace the traditional use mode of printing a receipt by using a printer, leads the data of the measured result to be directly and automatically imported into a laboratory information management Lims system after code scanning, replaces manual entry operation, improves the use efficiency, and ensures the quality and the authenticity of the data.
The two-dimensional code generating device (eagle code) for reporting the result of the environment monitoring instrument, disclosed by the invention, enables a person skilled in the art to realize or use the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and additional variations and modifications may be made to these embodiments once the basic inventive concepts are known to those skilled in the art.
Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all such alterations and modifications as fall within the scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein. It is intended that the present invention also include modifications and variations of the embodiments of the present invention provided they come within the scope of the appended claims and their equivalents.
Claims (8)
1. A two-dimensional code generating device (eagle code) for reporting the result of an environment monitoring instrument is characterized by comprising:
the system comprises a plurality of types of environment monitoring equipment, a plurality of types of environment monitoring equipment and a control system, wherein the plurality of types of environment monitoring equipment monitor flue gas, smoke dust, oil smoke, ozone and VOC and send the monitoring data of the flue gas, the smoke dust, the oil smoke, the ozone and the VOC through a serial port or a Bluetooth mode;
the ESP32 control unit is connected with serial ports or Bluetooth of the multi-type environment monitoring instruments through the connecting unit, receives the monitoring data, performs data analysis and result standardization, generates a two-dimensional code and displays the two-dimensional code through the two-dimensional code display unit;
the device comprises an instrument output interface and a connection unit of an ESP32 control unit, wherein the connection unit is contained in the device and used for being connected with serial ports or Bluetooth of multiple types of environment monitoring instruments and receiving output data from the environment monitoring instruments;
the display unit is used for displaying the two-dimensional code generated by the data measured by the instrument in a liquid crystal screen mode, and helping a user to acquire and submit data after scanning the code through a mobile phone or a tablet;
the system comprises an external control APP, a mobile phone or a tablet computer, a configuration type instrument access mode is adopted for design, data transmission and receiving are carried out based on a json format, and instrument measurement results are obtained by scanning a two-dimensional code and then submitted to the cloud;
the power supply and power supply control unit is arranged in the device, is connected with the ESP32 control unit and provides power for the ESP32 control unit and the corresponding connection unit;
the power supply and network indication display unit is arranged on a shell unit of the whole virtual printing device and is used for representing network signal connection and power supply states in a mode of a group of 4 indicator lamps;
two-dimensional code generation device shell unit, two-dimensional code generation device shell unit carries out unified encapsulation to instrument output interface and ESP32 the coupling unit of control unit, ESP32 the control unit, two-dimensional code display element, power supply and power control unit, power supply and network indicating unit to in coordination with external control APP, accomplish the quick virtual printing of environmental monitoring instrument data jointly and with the communication at high in the clouds.
2. The two-dimensional code generation device (eagle code) for reporting result of environmental monitoring instrument as claimed in claim 1, wherein the two-dimensional code generation device (eagle code) for reporting result of environmental monitoring instrument further comprises:
the device comprises an ESP32 control unit, a connection unit of an instrument output interface and an ESP32 control unit, a two-dimensional code display unit, a power supply and power supply control unit and a power supply and network indication display unit; these parts are unified to be arranged in two-dimensional code generation device shell unit, and the external APP of cooperation is swept the sign indicating number and is then transmitted data to the high in the clouds.
3. The two-dimensional code generation device (eagle code) for reporting environmental monitoring instrument result of claim 1, wherein the corresponding environmental monitoring device comprises: flue gas class environmental monitoring equipment, smoke and dust class environmental monitoring equipment, oil smoke class environmental monitoring equipment, ozone class environmental monitoring equipment, VOC class environmental monitoring equipment, noise monitoring equipment, water quality monitoring equipment, wherein, flue gas class environmental monitoring equipment, smoke and dust class environmental monitoring equipment, oil smoke class environmental monitoring equipment, ozone class environmental monitoring equipment, VOC class environmental monitoring equipment, noise monitoring equipment, water quality monitoring equipment are connected through serial ports or bluetooth mode with this device respectively.
4. The two-dimensional code generation device (eagle code) for reporting environmental monitoring instrument result of claim 1, wherein the ESP32 control unit further comprises:
the system comprises the functions of receiving, analyzing and standardizing monitoring data sent by various environment monitoring instruments, so that the data form a uniform json string form, and a two-dimensional code is generated and displayed on the basis.
5. The two-dimensional code generation device (eagle code) for reporting environmental monitoring instrument result of claim 1, wherein the two-dimensional code display unit further comprises:
the two-dimensional code display function supports the scanning of mobile phones or tablet-mounted APP, and the scanning result can be transmitted into a remote application system according to an application input format.
6. The two-dimensional code generation device (eagle-speed code) for reporting the result of the environmental monitoring instrument as claimed in claim 1, wherein the power supply and power supply control unit further comprises:
the device comprises functions of power supply and power supply control of an ESP32 control unit and each interface unit in the device, and ensures the normal work of each unit module.
7. The two-dimensional code generating device (eagle-speed code) for reporting the result of the environmental monitoring instrument as claimed in claim 1, wherein the power supply and network indication display unit further comprises:
and the multi-indicator light mechanism displays the power supply condition and the network connection condition and helps a user to grasp the state of the device.
8. The two-dimensional code generation device (eagle-speed code) for reporting environmental monitoring instrument results of claim 1, wherein: the method comprises the following steps:
the method comprises the following steps: the device is assembled and connected with a serial port or Bluetooth corresponding to an environment monitoring instrument;
step two: the monitoring instrument generates data and outputs the data to the device through a serial port or Bluetooth;
step three: the device uses an ESP32 control unit to analyze and standardize data of a monitoring instrument to form a json data string, generates a corresponding two-dimensional code and continuously displays the two-dimensional code through a two-dimensional code display unit;
step four: the external APP scans the two-dimensional code to obtain corresponding measurement data, and then transmits the corresponding data to a cloud application system at the rear end;
step five: the power supply and power supply control unit continuously supplies power and controls the ESP32 control unit and each interface;
step six: the power supply and network indication display unit carries out different indication displays according to the conditions of power supply, network connection and data transmission.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112612843A (en) * | 2021-01-07 | 2021-04-06 | 重庆泛美新程航空服务有限公司 | Method, system, equipment and medium for counting and displaying business data of inquiry counter |
| CN113848294A (en) * | 2021-06-15 | 2021-12-28 | 江苏省环境监测中心 | A water quality emergency intelligent monitoring system and method thereof |
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| CN205450670U (en) * | 2016-02-24 | 2016-08-10 | 江西怡杉环保股份有限公司 | Pollution source on -line monitoring system |
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