CN-224217023-U - Workshop multi-point real-time temperature and humidity report generation system

CN224217023UCN 224217023 UCN224217023 UCN 224217023UCN-224217023-U

Abstract

The utility model relates to the technical field of report generation systems and discloses a workshop multi-point real-time temperature and humidity report generation system which comprises a plurality of temperature sensors at different points, a plurality of humidity sensors at different points, a system start switch, an infrared ranging sensor, a singlechip and a LabVIEW upper computer, wherein the temperature sensors at different points are used for collecting and transmitting workshop temperature data to the singlechip, the humidity sensors at different points are used for collecting and transmitting workshop humidity data to the singlechip, and the system start switch is used for switching the running state of the system. In the utility model, the system is provided with a plurality of temperature sensors and humidity sensors at different points, so that the temperature and humidity data of multiple areas in a workshop can be comprehensively collected, the limitation of single-point monitoring is broken, the universality and the representativeness of data acquisition are ensured, and meanwhile, the singlechip is used as a core data processing and transmitting hub, and signals transmitted by the sensors can be efficiently received and converted into effective data.

Inventors

GE RUI
XU JIE
WU YIHENG

Assignees

安庆师范大学

Dates

Publication Date: 20260508
Application Date: 20250911

Claims (8)

1. The workshop multi-point real-time temperature and humidity report generating system is characterized by comprising a plurality of temperature sensors at different points, a plurality of humidity sensors at different points, a system starting switch, an infrared ranging sensor, a singlechip and a LabVIEW upper computer; the temperature sensors are used for collecting and transmitting workshop temperature data to the singlechip; The humidity sensors are used for collecting and transmitting workshop humidity data to the singlechip; The system starting switch is used for switching the running state of the system; The infrared distance measuring sensor is used for collecting and sending the distances between two adjacent different point position sensors to the singlechip, so that the LabVIEW upper computer can judge whether the point position data has recording value or not; The STC89C52 singlechip is used for receiving signals transmitted by the sensor, converting the signals into data and transmitting the data to the LabVIEW upper computer; The LabVIEW upper computer comprises a custom serial port communication control and a report sorting and generating control, and is used for receiving, processing data and generating a report.
2. The system for generating the real-time temperature and humidity report of the multiple points in the workshop of claim 1, wherein the custom serial port communication control is used for receiving data sent by the singlechip in real time and transmitting the data to the custom report sorting and generating control.
3. The system for generating the workshop multi-point real-time temperature and humidity report according to claim 1, wherein the custom serial port communication control is further used for sending a control signal to the singlechip, so that bidirectional signal transmission between the singlechip and the LabVIEW upper computer is realized.
4. The system for generating the real-time temperature and humidity report of the workshop multiple points according to claim 1, wherein the custom report sorting and generating control is used for displaying temperature and humidity data in a LabVIEW upper computer, marking data which are close to or exceed a threshold value, shielding low-value data, and carrying out data characteristic calculation on sensor data of a certain point selected through a built-in scientific calculator.
5. The system for generating the real-time temperature and humidity report of the workshop multiple points according to claim 1, wherein the custom report sorting and generating control allows staff to observe, sort and compare real-time data by internally arranging a plurality of image display controls with different functions to generate a data change line graph, and manually or automatically generate different types of data reports.
6. The system for generating the workshop multi-point real-time temperature and humidity report according to claim 1, wherein the internal control of the custom report sorting and generating control realizing function comprises a multi-column list box control, a Boolean type function button, a switching interface tab control, a single data operation tab, a multi-data comparison tab, a data calculation tab, an enumeration control, a path selection control and a time display control.
7. The system for generating the real-time temperature and humidity report of the multiple points in the workshop of claim 6, wherein the multi-column list box control comprises three attribute nodes for displaying a head of a row, a head of a column, a character string of a head of a row and a data line, and is used for modifying the display format of the multi-column list box.
8. The system for generating the real-time temperature and humidity report of the workshop multipoint sites of claim 1, wherein the custom report sorting and generating control further comprises a waveform chart, wherein the waveform chart comprises six attribute nodes for improving the use experience of a user and realizing the selective comparison analysis of local data and whole data, wherein the six attribute nodes are used for displaying a grid, displaying an X-axis scroll bar, modifying a frame color, modifying a drawing area color, freely adjusting a scale and reversing a coordinate axis.

Description

Workshop multi-point real-time temperature and humidity report generation system Technical Field The utility model relates to the technical field of report generation systems, in particular to a workshop multi-point real-time temperature and humidity report generation system. Background In modern industrial production, temperature and humidity parameters of workshop environment have critical influences on production process stability, product quality control and normal operation of equipment. Whether precision electronic component manufacturing, food and medicine processing or heavy machinery production is carried out, the temperature and the humidity of a workshop are continuously monitored and regulated, so that the problems of product scrapping, equipment failure or production flow interruption and the like caused by abnormal temperature and humidity are avoided. However, a plurality of technical short plates still exist in the current workshop temperature and humidity monitoring field, and the production management requirements of high efficiency, accuracy and intellectualization are difficult to meet. The traditional workshop temperature and humidity monitoring mostly adopts a single-point sensor or a manual inspection mode, and has obvious limitations. The single-point sensor can only monitor the temperature and humidity of a local area of a workshop, cannot fully cover the whole production space, and therefore, workers are difficult to master the overall environmental condition of the workshop and are easy to generate monitoring blind areas. Disclosure of utility model The utility model aims to solve the defects in the prior art, and provides a workshop multi-point real-time temperature and humidity report generating system which is used for collecting and arranging temperature information and humidity information at a plurality of different positions of a workshop in industrial production, and an upper computer system is composed of XControl controls with high suitability, so that quick calling in LabVIEW program writing can be realized, repeated labor of designers is reduced, and the design efficiency of the system is improved. And saves the temperature and humidity data for later recall. In order to achieve the above purpose, the present utility model provides the following technical solutions: A workshop multi-point real-time temperature and humidity report generating system comprises a plurality of temperature sensors at different points, a plurality of humidity sensors at different points, a system starting switch, an infrared ranging sensor, a singlechip and a LabVIEW upper computer; the temperature sensors are used for collecting and transmitting workshop temperature data to the singlechip; The humidity sensors are used for collecting and transmitting workshop humidity data to the singlechip; The system starting switch is used for switching the running state of the system; The infrared distance measuring sensor is used for collecting and sending the distances between two adjacent different point position sensors to the singlechip, so that the LabVIEW upper computer can judge whether the point position data has recording value or not; the singlechip is used for receiving signals transmitted by the sensor, converting the signals into data and transmitting the data to the LabVIEW upper computer; The LabVIEW upper computer comprises a custom serial port communication control and a report sorting and generating control, and is used for receiving, processing data and generating a report. Further, the custom serial port communication control is used for receiving data sent by the singlechip in real time and transmitting the data to the custom report sorting and generating control. Further, the custom serial port communication control is also used for sending control signals to the singlechip, so that bidirectional signal transmission between the singlechip and the LabVIEW upper computer is realized. Further, the custom report sorting and generating control is used for displaying temperature and humidity data in the LabVIEW upper computer, marking data which is close to or exceeds a threshold value, shielding low-value data, and carrying out data characteristic calculation on sensor data of a certain selected point through a built-in scientific calculator. Furthermore, the user-defined report sorting and generating control allows staff to observe, sort and compare real-time data by arranging a plurality of image display controls with different functions, generates a data change line graph, and manually or automatically generates different types of data reports. Further, the internal controls of the custom report form sorting and generating control realizing functions comprise a multi-column list box control, a Boolean type function button, a switching interface tab control, a single data operation tab, a multi-data comparison tab, a data calculation tab, an enumeration control, a path selection contr