Application of portable industrial computers in medical devices
2024-08-02 09:31:29
Table of Contents
- 1. Introduction to Vision and Automation Engineering
- 2. Application of vision and automation engineering in the medical field
- 3. Customer introduction
- 4. Customer demands
- 5. Solution
- 6. Outlook for medical industry applications
1. Introduction to Vision and Automation Engineering
Vision and Automation Engineering is a comprehensive discipline that uses computer vision, image processing, machine learning, and automated control technologies to develop intelligent systems to achieve automated tasks. It has a wide range of applications, including industrial automation, robot navigation, medical image analysis, and other fields.2. Application of vision and automation engineering in the medical field
The application of vision and automation engineering in the medical field includes medical image analysis, disease diagnosis and surgical assistance. Through computer vision and machine learning technology, medical images can be automatically analyzed to help doctors find lesions and diagnose diseases. In addition, automated control technology can be used in surgical robots and auxiliary equipment to improve surgical accuracy and safety.
3. Customer introduction
Hangzhou Xindongtian Technology Co., Ltd. is a rugged computer supplier engaged in software development, technical services, and technology development related to medical devices.
4. Customer demands
4. Customer demands
(i) A device with high reliability and stability is needed, which can run for a long time;
(ii) It needs to have high data processing and analysis capabilities to cope with complex algorithms and tasks;
(iii) It needs an intuitive human-computer interaction interface to facilitate the use and operation of medical staff;
(iv) It needs to have strong data security measures;
(v) It has good heat dissipation performance.
5. Solution
(i) Product type: industrial portable computer
(ii) Product model: SIN-U151-WH110
(III) Reasons for recommendation:
1. High performance: It uses Intel H110 chipset and LGA1151 architecture, supports Intel 6th/7th generation processors, and has powerful computing power and efficient processing speed.
2. High security: It provides 3 SATAII interfaces and 1 mSATA interface, supports RAID0, 1, 5, 10, and can meet users' needs for storage space and data security.
3. High-definition vision: It is equipped with a 15.6-inch LED screen with a resolution of 1920*1080, a brightness of 300cd/m2, and a viewing angle of 178/170 (H/V), which allows medical staff to have a clear and bright display effect when using it.
4. Long battery life: It is equipped with a large-capacity battery to meet the needs of long-term use. At the same time, the machine also supports AC90~264V@50~60Hz input and DC-19V output, which can meet users' power needs in different scenarios.
5. High reliability and stability: It adopts a reinforced design with the characteristics of shockproof, dustproof, waterproof, and corrosion-resistant, and has passed a number of military standard tests. It has the characteristics of high strength and high reliability, which can meet users' needs for reliability and stability.
6. Good heat dissipation: Equipped with cooling fans selected according to the power consumption of the whole machine, supporting 7 40 fans, which can effectively reduce the temperature of the machine and ensure the normal operation of the machine.
6. Outlook for medical industry applications
With the digital transformation of the medical industry and the rise of telemedicine, portable rugged computer can be used in scenarios such as mobile medical equipment, telemedicine, and emergency rescue. The application of rugged portable workstation will provide real-time medical data analysis and remote collaboration capabilities, providing doctors and patients with convenient and efficient medical services, and further promoting the digitalization and mobility of the medical industry.
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