IoT is a broad term that encompasses all of the devices and systems that are connected to the internet. Industrial IoT (IIoT) is a subset of IoT that is specifically designed for industrial applications. IIoT systems use a variety of sensors, devices, and computers to collect and analyze data from industrial processes. This data can be used to improve efficiency, productivity, and safety in industrial settings.
1. Data Collection PDAs, equipped with built-in scanners, cameras, or RFID readers, can quickly retrieve information about items, including barcodes, one-dimensional codes, two-dimensional codes, and RFID tags, achieving automated data collection. 2. Mobile Office PDAs support various communication methods, including wireless local area networks (WLAN), Bluetooth, 4G/5G mobile networks, enabling …
PDA UHF RFID handheld terminals are mobile terminal devices that integrate data collection, processing, and application. They have screens, keyboards, operating systems, and RFID readers. PDA UHF RFID handheld terminals have the following advantages in multi-label reading: RFID technology: RFID technology is a non-contact automatic identification technology that can identify and …
Handheld terminals (HTs), also known as handheld computers, handheld devices, PDAs, or industrial phones, are small, portable, hand-held computers. They have basic functions such as screens, keyboards, and operating systems, and can be used for data collection, processing, and application in various situations. Smartphones are terminal devices that integrate multiple …
As manufacturing, logistics, and various industries continue to evolve, business models and products become increasingly complex, accompanied by more intricate operations and processes. The continuous increase in records of various documents, vouchers, and other information further complicates these processes. However, manual recording methods can no longer meet the needs of …
As the Internet of Things (IoT) technology rapidly advances and becomes widely adopted, businesses are catching up with the wave of informatization management, and intelligent hardware devices are continuously emerging. Among them, handheld terminals, with their portability, practicality, real-time data collection, automatic storage, and instant display/feedback features, are reshaping people’s …
As efficiency and quality awareness in manufacturing continue to rise, traditional manual record-keeping approaches are no longer sufficient to meet the industry’s evolving needs. To adapt to this transformation, barcode technology has been introduced into production management, utilizing PDAs for real-time data collection at key points. This innovation not only …
Logistics Industry For scanning goods in the logistics sector, PDAs need to offer fast scanning speeds and a stable operating system. They should have detachable batteries with extended standby times, along with charging docks and single-battery charging docks. Additionally, communication in wireless networks requires a high communication distance, and RFID …
1.Portability Mobile medical handheld terminals are characterized by their small and lightweight design, allowing healthcare professionals to carry them conveniently and use them anytime, anywhere. Doctors can use the handheld terminals in various locations such as examination rooms, patient wards, and operating rooms, significantly improving work efficiency. 2.Real-time Capability These …
The mobile handheld terminal, commonly known as the handheld terminal, is an intelligent device with data storage and computing capabilities. It can engage in data transmission and exchange with other devices, has input and display capabilities, is equipped with an independent battery, and is open to secondary development. Although people …
PDA, a handheld device that has become indispensable for mobile work, learning, and entertainment, can be broadly classified into consumer-grade PDA and industrial-grade PDA based on usage. Today, let’s delve into the realm of industrial PDAs. For industrial PDAs, data collection functionality is a fundamental feature, including common tasks like …
