Innovation-driven Cooling Technologies: Patent Analysis of Shanghai Goptica Co., Ltd.

Overview of Core Patents

       Shanghai Goptica Co., Ltd. holds an important patent related to heat dissipation technology, providing innovative solutions for efficient heat dissipation of electronic devices. The details of this patent are as follows:

Technical Background and Industry Value

With the trend of miniaturization and integration in electronic products, the demand for effective heat dissipation in electronic devices is increasing. Industrial vision inspection systems, laboratory optical instruments, laser modules, and precision imaging equipment generate a significant amount of heat due to their continuous operation. Traditional heat dissipation solutions have many limitations:
1.  Ordinary heat sinks and external fans have limited cooling efficiency, resulting in hot spots in certain areas of the device. 2.  High temperatures cause thermal deformation of optical lenses, resulting in deviations in the light path. This significantly reduces detection accuracy and leads to large data errors.  3.  Prolonged high temperatures accelerate the aging of circuit boards and sensitive components, leading to higher equipment failure rates and a reduced overall lifespan of the device. 4.  The external air-cooling system is bulky and generates significant vibration and noise, failing to meet the requirements of precision equipment used in small, dust-free laboratories.
Under high-power operating conditions, most optoelectronic devices experience accuracy issues and automatic frequency reduction protections after operating continuously for a period of time. This severely affects the continuous production process and high-precision testing requirements. The industry urgently needs a specialized cooling solution that’s compatible with optical devices, highly integrated, and minimizes interference.

       This patent relates to the field of heat dissipation or cooling of electronic devices. Its technical principle involves using heat transfer elements to transfer the heat generated by electronic devices to another environment, thereby achieving effective heat dissipation and cooling.

Patent-based solutions 

       This cooling mechanism utilizes advanced technologies such as heat pipes. Taking advantage of heat pipes’ excellent thermal conductivity and stable temperature characteristics, it provides reliable cooling solutions for electronic devices. Additionally, the choice of working fluid takes into account the electrical insulation and compatibility requirements of electronic components, ensuring the safe and stable operation of the system.

       Unlike common industrial cooling components available on the market, this patent features structural innovations tailored to the operational requirements of optoelectronic devices. The core technological advantages are as follows:

1. Integrated design of components and cooling mechanisms: The cooling structure is directly integrated with the electronic component casing, eliminating the need for separate cooling fans. This significantly reduces the overall size of the device, making it ideal for use in micro-optical modules, portable optical detectors, and compact vision cameras. Multiple layers of thermal-conductive contact surfaces shorten the heat transfer path, allowing heat generated by chips, sensors, and drive circuits to be dissipated quickly, thereby preventing localized overheating. 2. Balanced temperature control to minimize thermal drift in the optical path: Taking into account the high sensitivity of optical equipment to temperature, the patented design ensures even heat distribution among components. This reduces temperature differences across the entire device, effectively preventing lens displacement and optical misalignment caused by high temperatures. Even when the device operates continuously for long periods, its measurement accuracy remains stable. This significantly reduces the costs associated with frequent calibration.

3. Noiseless and vibration-free operation: Utilizes an enhanced passive heat dissipation system, eliminating the need for traditional fan-based forced cooling. This results in no mechanical vibrations or operating noise. The design is ideal for use with precision instruments in laboratories and online testing equipment in cleanrooms. It also reduces the number of vulnerable fan components, thereby lowering maintenance costs and frequency over time. 4. Universal standardized modules, compatible with various optoelectronic components: The standardized heat-dissipation module design ensures high compatibility. It can be used in conjunction with laser emission units, CCD imaging sensors, signal processing motherboards, and optical sensing drive modules. Whether you’re developing new optical instruments or upgrading existing equipment, these modules can be seamlessly integrated.

 Technical Application Scenarios

Thanks to its innovative heat-dissipation design, this patented technology can be widely applied in the manufacturing of various precision optical electronic devices. 1. Industrial machine vision equipment: Dimension measuring instruments, visual inspection systems for surface defects, high-speed vision positioning cameras. 2. Precision optical instruments in the laboratory: spectrometers, optical microscopes, laser calibration devices. 3. Laser and optoelectronic components: Small lasers, fiber optic sensing modules, infrared detection devices. 4. Portable optical inspection equipment: Handheld flaw detectors, outdoor imaging photonic devices; 5. Automation line components: Visual light source controllers, high-speed imaging electronic units.

       Electronic devices equipped with this patented cooling mechanism enable devices to operate stably and continuously for long periods. The overall repair rate is significantly reduced, and the device’s lifespan is increased by over 30%. This helps optical instrument manufacturers create differentiated, high-end products while addressing the key challenges related to thermal management in high-end optoelectronic devices.

Advantages of patent commercial cooperation

       Shanghai Goptica Co., Ltd. is the sole holder of this patent. It fully owns all rights related to the patent’s implementation, technology licensing, and custom development. The company is open to optical equipment manufacturers and optoelectronic R&D enterprises across the country for in-depth technical cooperation.

1. Stable patent status: The patent is properly maintained. Authorization details can be verified through the “China and Multiple Countries Patent Examination Information Query System”. Official patent documentation can be provided for project applications and product registrations.； 

2. Customized technical support: The company has its own optical R&D team, which can optimize and adjust the patented cooling structures based on the customer’s equipment power, dimensions, and operating conditions.

3. In-person meetings: You can visit our office located at Tongji Science and Technology Building in Yangpu District, Shanghai for in-person discussions. We offer comprehensive services including technical solutions, sample testing, and patent licensing cooperation.

4. No third-party agency constraints: Enterprises can handle all patent-related business and technical implementation matters independently, resulting in a streamlined and efficient cooperation process.

Industry Development Trends: Dedicated cooling systems become the core competitiveness of high-end optical equipment

       Currently, machine vision and precision laser inspection equipment are constantly evolving towards smaller sizes, higher power levels, and greater precision. Thermal management performance directly determines the overall performance of these devices. Gewu Optics’ patented electronic devices, equipped with specialized cooling mechanisms, break away from traditional industrial cooling designs. They are precisely tailored to meet the unique requirements of optical instruments in terms of operating conditions and precision. This technology holds great practical value. For manufacturers of optical equipment, adopting this patented technology can quickly address any shortcomings related to heat dissipation, thereby enhancing product competitiveness and helping to capture a larger share of the high-end precision optoelectronic equipment market.

       For cooperation inquiries: If you’re involved in the research, development, and production of optical instruments, optoelectronic modules, or machine vision inspection equipment, and are looking for reliable and efficient heat dissipation solutions, please contact us. We can discuss patent licensing, customized heat dissipation designs, prototype development, and other forms of collaboration. Leveraging the innovative heat dissipation technology covered by Patent No. 202221652512.2, we can help you create highly stable and durable precision optical electronic products.

· Patent implementation status: Can be implemented normally

The Significance of Technological Innovation

Against the backdrop of the transformation and upgrading of the manufacturing industry, heat dissipation technology, as one of the key factors affecting the performance of electronic devices, is receiving increasing attention. This patented technology, developed through independent research by Goptica, provides strong support for the competitiveness of the company’s products in terms of heat dissipation performance.        This patent not only reflects the company’s achievements in technological innovation, but also provides a valuable technical approach for the development of optical instruments and electronic devices. As application areas continue to expand, this patented technology is expected to play a role in even more fields in the future.

Conclusion

       Patent authorization is an important indicator of technological innovation capabilities. Shanghai Goptica Co., Ltd. has demonstrated its expertise in electronic cooling by holding a patent for “an electronic device with a heat dissipation mechanism”. For customers in need of high-performance cooling solutions, this represents a reliable technical option.