I. Case Introduction
The client is a leading enterprise in domestic intelligent inspection robots. When applying for a key project, it was confronted with the dual pressures of scattered technical materials, difficulty in extracting key points for novelty verification, and a tight time window. ZYIP deeply involved in the project. Through efficient technical disassembly and systematic reconfiguration, they not only precisely extracted the key points for novelty verification and seized the opportunity for application submission, but also integrated the scattered technical modules into a logically rigorous technical system. They successfully completed the technology novelty verification and scientific and technological achievement evaluation reports, earning high praise from the clients.
II. Case Details
1.Customer Type/Industry
High-tech enterprises in the field of intelligent inspection robots, providing unmanned operation and maintenance solutions of "robot + infrared sensing + AI platform" for industries such as energy, infrastructure, and security.
2. Customer Pain Points/Problem Description
(1) The time window is extremely tight: The project application must first complete the scientific and technological novelty report. However, the client lacks the ability to quickly and accurately extract the key points of novelty and scientific and technological aspects within the company, resulting in a huge time pressure.
(2) Fragmentation of Core Technologies: The related technologies of the visual platform that the project relies on have not been systematically sorted out within the company. The technical points are scattered and disordered, which makes the foundation for writing the technical report weak and extremely difficult.
3. Solutions and Processes
(1) Efficient and Precise Extraction of Key Technical Points:
The ZYIP team quickly and thoroughly analyzed the multiple technical documents provided by the client, accurately selected and refined the key novelty points and scientific and technological key points. This provided the novelty institution with core materials immediately and saved valuable time for the entire project.
(2) Systematization of Fragmented Technologies:
In response to the client's pain point of scattered technical modules, the ZYIP team systematically sorted out all project materials and held multiple online meetings with the client's technical staff. They carefully reviewed sentence by sentence and finally integrated the scattered results into three clear technical main lines:
a. Visual Obstacle Avoidance Segmentation Technology
b. Multi-source Data-Based Multi-modal Analysis Technology
c. Small Object Recognition Analysis Technology
This constructed a clear and rigorous technical system framework for the client's visual platform.
4. Outcomes/Results
(1) Timely and high-quality delivery: Successfully delivered the "Technology Check Report" and "Scientific and Technological Achievement Evaluation Report" that met the requirements within the tight schedule.
(2) Received high recognition from the client: The client expressed in the feedback, "I appreciate your professionalism and speed," and confirmed that after the initial search, there were no similar technologies, and the report had been successfully submitted to the patent examination agency.
(3) Established a foundation for the future: The technical system formed through this review not only served the current application but also laid a solid foundation for the client's future technological development, patent layout, and project application.
III. Case Significance
This case highlights the professional value of ZYIP in the forefront of technological innovation - the technical sorting and evaluation. In the face of the common problem in enterprises' R&D process where "technology is hidden in the workshop", ZYIP, through professional services, played the roles of "technical translator" and "system architect", converting the internal and scattered innovation capabilities into explicit and systematic technical assets and evaluation reports. This not only helped the enterprise seize key policy opportunities but also enhanced its internal technical management capabilities, demonstrating the extended value of the intellectual property service institution in supporting the entire process of technological innovation.