Release Time:2023/12/25 Number Of Clicks:374

Background:

In the automobile manufacturing industry, the application of information technology is very important. With the continuous development of the market, the automobile industry is facing unprecedented competition. In the face of fierce competition, if the automobile industry wants to be invincible in the fierce competition, it is necessary to improve the production efficiency and product quality. The application of the automobile manufacturing execution system makes the production develop towards the direction of intelligence, promotes the rapid upgrading and transformation of the manufacturing process, improves the progress of the production and management ability, and finally promotes the development of the automobile manufacturing technology.

In the smart factory, the combination of the MES system and the Internet of Things can achieve more efficient production and more refined manufacturing management. Through the Internet of Things technology, the MES system can more comprehensively collect the data from the production site, including equipment status, material information, product quality, etc., and use these data to achieve the monitoring, analysis and optimization of the production process. At the same time, the MES system can also send the production planning, scheduling and other information to the equipment on the production site through the Internet of Things, so as to achieve more accurate and timely production control.

Program objectives:

A. Improve production efficiency: improve production efficiency by optimizing the production process and reducing production waste. 
B. To ensure product quality: through real-time monitoring of the production process, to find and solve problems in time, to ensure product quality. 
C. Reduce manufacturing cost: reduce manufacturing cost by optimizing the utilization of resources and reducing energy consumption. 
D. Realize intelligent production: provide support for production decision through data analysis and prediction to realize intelligent production.

Demand and Advantages:

Low power consumption, stability, can meet the 7x24 continuous operation.

TAICENN TPC-DCS101A1:

● Widescreen 10.1” TFT LCD display, LED Backlit, WXGA 1280 *800;
● Intel Apollo Lake Celeron J3455 processor, Quad-core 1.5Ghz;
● Multi-points (Max. up 10 points) Projective capacitive touch, EETI controller;
● Aluminum-magnesium alloy, anodized treatment, Modular designed;
● DC 12V, optional wide voltage DC 9~36V power input;
● IO: 2*GLAN, 4*USB3.0, 2*COM (DB9), 2*HDMI;
● Intel PTT TPM2.0, support Windows 11;
● Fan-less & Slim design, Panel mount, VESA, Front IP65 protection.

TAICENN TPC-DCS101A1 series is a low power-consumption, Fan-less designed, enhanced stability and reliability industrial wide 10.1-inch Touch Panel PC product. It adapts Intel Apollo lake J3455 quad-core processor. TPC-DCS101A1 series storage can 1x M.2 (SATA) interface SSD. The TPC-DCS101A1 model design with rich IO interface, includes 2 GLAN, 4 USB3.0, 2 COM, 2 HDMI. This slim Panel PC support 2* M.2 expansion slots for 3G/4G/BT/Wi-Fi wireless, also support 5G/Wi-Fi6 functions. The widescreen design uses a multi-point (10- points) projective capacitive touch screen, and it can fulfill front panel NEMA/IP65 dust-proof and water-proof standards.

The end:

Intelligent factory is an efficient manufacturing mode of digital, networking, automation, intelligent technology and manufacturing technology, with the coordination of production process and optimization of production process as the core, to realize the optimization and integration of product development, test, production, inspection, logistics and other links.

The close relationship between the MES system and the Internet of Things data base can help smart factories to achieve more efficient and refined production and management, and improve production efficiency and product quality.