Patent Mining / English Article
The Easiest Path for Patent Mining
A direct route for IP teams to identify patentable improvements through problem decomposition and technical substitution.
The Easiest Patent Mining Path Begins with Problems
Patent mining becomes difficult when the team starts from 'inventions'. Most engineers do not think in patent language. They think in failures, constraints, workarounds, test results, and customer complaints. The easiest path is therefore to begin with technical problems.
Ask where the process is unstable, where cost is high, where manual adjustment is needed, where quality fluctuates, where customers complain, and where competitors seem to have an advantage. Each answer may contain a patent seed.
The Easiest Patent Mining Path Begins with Problems: practical detail
For IPR teams that need a practical starting point for invention mining, this point should be treated as a working step rather than a slogan. The practical work is to connect the article's idea with starting from real technical problems, abstracting functions, searching for alternative means, borrowing across fields, and screening by business value. That is what turns a general insight into a repeatable professional service.
The team should record concrete evidence: pain-point lists, product decomposition tables, alternative-means searches, engineer comments, implementation constraints, and market relevance. Without this evidence layer, the method remains only an opinion. With it, the article becomes useful for client communication, internal decision-making, patent drafting, prosecution strategy, and later portfolio review.
A complete application of this section normally ends with a decision: which simple improvements are worth filing because they solve a concrete problem in a way competitors would likely need to follow. Ma Su's examiner background matters here because the decision is not based only on enthusiasm; it is tested against technical contribution, support in the disclosure, likely examination reasoning, and business value.
Convert Problems into Technical Feature Work
After collecting problems, decompose the relevant product or process into technical features. For each feature, write down its function and the problem it solves. Then ask whether another structure, material, algorithm, parameter, or connection method can perform the same function better.
This movement from problem to function to alternative feature is the core of practical patent mining. It is much more reliable than open-ended brainstorming.
Convert Problems into Technical Feature Work: practical detail
For IPR teams that need a practical starting point for invention mining, this point should be treated as a working step rather than a slogan. The practical work is to connect the article's idea with starting from real technical problems, abstracting functions, searching for alternative means, borrowing across fields, and screening by business value. That is what turns a general insight into a repeatable professional service.
The team should record concrete evidence: pain-point lists, product decomposition tables, alternative-means searches, engineer comments, implementation constraints, and market relevance. Without this evidence layer, the method remains only an opinion. With it, the article becomes useful for client communication, internal decision-making, patent drafting, prosecution strategy, and later portfolio review.
A complete application of this section normally ends with a decision: which simple improvements are worth filing because they solve a concrete problem in a way competitors would likely need to follow. Ma Su's examiner background matters here because the decision is not based only on enthusiasm; it is tested against technical contribution, support in the disclosure, likely examination reasoning, and business value.
Use Existing Technology as Inspiration
Patent databases should not only be used to check novelty. They should be used as a library of human technical solutions. Search outside the current product field. A mechanism in textile machinery may inspire a medical tool. A packaging structure may inspire a battery seal. A food-processing control method may inspire a chemical dosing system.
The farther the source field, the more likely the combination may produce a non-obvious technical route, provided it truly solves the target problem.
Use Existing Technology as Inspiration: practical detail
For IPR teams that need a practical starting point for invention mining, this point should be treated as a working step rather than a slogan. The practical work is to connect the article's idea with starting from real technical problems, abstracting functions, searching for alternative means, borrowing across fields, and screening by business value. That is what turns a general insight into a repeatable professional service.
The team should record concrete evidence: pain-point lists, product decomposition tables, alternative-means searches, engineer comments, implementation constraints, and market relevance. Without this evidence layer, the method remains only an opinion. With it, the article becomes useful for client communication, internal decision-making, patent drafting, prosecution strategy, and later portfolio review.
A complete application of this section normally ends with a decision: which simple improvements are worth filing because they solve a concrete problem in a way competitors would likely need to follow. Ma Su's examiner background matters here because the decision is not based only on enthusiasm; it is tested against technical contribution, support in the disclosure, likely examination reasoning, and business value.
End with a Portfolio Decision
Not every idea should be filed. Some should become core patents, some defensive patents, some trade secrets, and some discarded ideas. The decision should consider technical value, business value, grant probability, disclosure risk, and competitor behavior.
The easiest path is simple: collect real problems, decompose features, search across fields, generate alternatives, test in practice, and decide as a portfolio.
End with a Portfolio Decision: practical detail
For IPR teams that need a practical starting point for invention mining, this point should be treated as a working step rather than a slogan. The practical work is to connect the article's idea with starting from real technical problems, abstracting functions, searching for alternative means, borrowing across fields, and screening by business value. That is what turns a general insight into a repeatable professional service.
The team should record concrete evidence: pain-point lists, product decomposition tables, alternative-means searches, engineer comments, implementation constraints, and market relevance. Without this evidence layer, the method remains only an opinion. With it, the article becomes useful for client communication, internal decision-making, patent drafting, prosecution strategy, and later portfolio review.
A complete application of this section normally ends with a decision: which simple improvements are worth filing because they solve a concrete problem in a way competitors would likely need to follow. Ma Su's examiner background matters here because the decision is not based only on enthusiasm; it is tested against technical contribution, support in the disclosure, likely examination reasoning, and business value.
Original Chinese Essay
最容易的专利挖掘路径----知识产权工作必读
我的回答让他们有些意外:保持阅读,尤其是最顶尖、最前沿的理科期刊。
这个答案听起来简单,但背后藏着一个被很多人忽视的逻辑——论文和专利,本质上是同一枚硬币的两面。论文关注“发现了什么”,专利关注“能用来做什么”。当你读到一篇揭示新机理、新现象的论文时,你其实已经站在了专利的门口。
一个来自《柳叶刀》的灵感
2024年,我们在挖掘医疗健康领域的专利机会时,读到一篇发表在《柳叶刀》子刊上的研究。文章称,通过对阿尔兹海默症患者脑部进行规律的光波刺激,可以改善认知功能。研究团队发现,特定频率的光刺激能够增强脑电波节律,促进神经活动,甚至可能减缓β-淀粉样蛋白的沉积。
这是一篇典型的“发现型”论文。研究者证明了“光刺激有用”这个现象,但他们的方案是一台大型设备,需要患者在固定场所接受治疗。
我们读到这里时,脑子里冒出一个问题:如果把这个“发现”变成“产品”,可以怎么做?
循着这个思路,我们设计了一款可穿戴设备——通过耳道和鼻孔发射规律变化的光线,直接作用于脑部。为什么选这两个通道?因为它们离中枢神经更近,光线可以更高效地抵达目标区域。
但这还不是全部。论文里提到,不同患者对光刺激的最佳频率可能不同。于是我们又加了一个闭环:设备可以扫描患者的脑电波,根据实时反馈训练和优化光线刺激的规律,实现个性化治疗。
最终,这件专利的核心不再是“光刺激有用”——那是论文已经公开的。我们的创新点是:“一种通过耳道和鼻孔施加可调频光刺激,并根据脑电波反馈进行优化的可穿戴设备”。
这就是从论文到专利的典型路径。
论文和专利:一个讲“发现”,一个讲“应用”
为什么这篇论文能变成专利?关键在于理解论文和专利的本质区别。
论文的核心是“发现”。它关注的是:某个现象是否存在?某种机制是否成立?某个因素是否影响结果?论文的价值在于揭示规律、填补认知空白。
专利的核心是“应用”。它关注的是:这个发现能用来做什么?怎么做才能实现?用什么装置、什么方法、什么流程?
当你读到一篇论文,发现了某个新现象、新机制、新材料时,你可以接着问自己三个问题:
第一,这个发现能用在什么场景?
《柳叶刀》那篇论文里,光刺激是在实验室条件下进行的,用的大型设备。我们想到的场景是“居家可穿戴”——让患者可以在日常生活中接受治疗。
第二,怎么实现这个应用?
光从耳道和鼻孔进入,需要什么样的光源?怎么控制频率和强度?怎么确保安全性?这些是论文不会涉及的工程问题,但正是专利需要保护的技术方案。
第三,能不能做得更聪明?
论文的方案是“固定频率刺激”。我们加入脑电波反馈,实现“个性化动态调节”。这就在原发现的基础上,增加了新的技术贡献。
这三个问题问下来,一篇论文至少能衍生出3-5件专利。
不只是医学:任何领域的论文都可能变成专利
这个思路不局限于医学领域。几乎所有基础研究的突破,都可能孕育应用创新的种子。
案例一:新材料领域的“逆向”转化
2023年,有研究者发现一种新型二维材料在特定条件下表现出超乎寻常的压电效应。论文发表后,某企业迅速跟进,围绕“基于该材料的柔性压力传感器”申请了一系列专利——包括材料制备方法、传感器结构、阵列化设计、以及在不同场景(可穿戴、医疗监测、工业检测)的应用。
结果:一篇基础研究论文,催生了一个专利组合。
案例二:柔性传感技术的“论文-专利”协同
福莱新材承担的浙江省重点研发“领雁”项目,围绕柔性传感技术在可穿戴健康监测中的应用,发表了14篇论文(其中SCI论文8篇),同时申请了25件专利(其中发明专利22件),形成了“论文护学术、专利护技术”的双轮驱动格局。这正是“从论文到专利”理念的规模化实践。
案例三:可穿戴血压监测的“临床创意”转化
复旦大学附属中山医院葛均波院士团队的一项“胸部动态血压测量方法及设备”发明专利,以3000万元的价格转让给企业。这项技术的源头是什么?是临床医生对“传统袖带式血压计不能连续测量、舒适性差”这个痛点的观察,以及对可穿戴传感技术的敏感。临床观察写不成论文吗?当然能——但写成论文就只是“观察”,写成专利才能变成“产品”。
为什么说这是“最轻松”的方式?
回顾这些年挖掘专利的经验,我认为“从论文到专利”之所以高效,有四个原因:
第一,论文帮你做了“前沿筛选”。发表在顶刊上的研究,本身就是经过同行评议的、有创新价值的成果。你不需要自己去判断哪个方向值得投入——学术共同体已经帮你筛选了一遍。
第二,论文公开了“可用的原料”。论文里揭示的新机理、新材料、新方法,都是专利的“原材料”。你需要做的,是把这些“原料”加工成“产品”。
第三,论文不会构成“专利障碍”。很多人担心:论文发表后,技术内容就公开了,还能申请专利吗?答案是:能,但只能申请“应用型专利”,不能申请“基础型专利”。基础发现是论文的,具体应用是你的。只要你的应用方案不是“显而易见的”,就具备新颖性和创造性。
第四,这是跨学科的天然入口。你不需要是医学专家才能申请医疗设备专利。你只需要读懂医学论文,然后用工程思维去思考“怎么实现”。学科交叉的地方,往往是专利最容易生长的缝隙。
实操指南:如何把论文变成专利
如果你也想尝试这个“捷径”,可以参考以下五个步骤:
第一步:选对论文
不是所有论文都适合转化成专利。优先选择:
· 发表在顶刊上的“突破性发现”(揭示新机制、新材料、新现象)
· 有明确应用潜力的基础研究
· 与你熟悉的技术领域有交叉的论文
第二步:读透论文
不仅要看懂结论,更要读懂细节:
· 实验是怎么做的?(可能揭示最佳实施条件)
· 对比了哪些方案?(可能揭示现有技术的局限)
· 作者指出了哪些未解决的问题?(可能是专利的切入点)
第三步:问对问题
用专利思维重新审视论文:
· 这个发现能用在什么场景?(应用场景)
· 需要什么样的装置/方法来实现?(技术方案)
· 能不能做得更精准、更智能、更便携?(改进方向)
· 除了作者想到的,还有没有别的用途?(跨领域迁移)
第四步:写对专利
记住:专利保护的是“应用”,不是“发现”。
· 权利要求要写“装置”“方法”“系统”,而不是“现象”
· 技术效果要有数据支撑(哪怕是自己做的初步实验)
· 实施例要覆盖足够宽的范围(不要只写“最优值”)
第五步:先专利,后论文
如果你自己也打算发论文,记住顺序:先申请专利,再发表论文。这是铁律,不能颠倒。
让“发现”变成“发明”
有人问爱迪生,为什么能有一千多项发明。他的回答是:“我从不等待灵感,我只是不停地工作。”
对于今天的我们,或许可以换一种说法:我从不等待灵感,我只是不停地阅读,然后把别人的发现,变成自己的发明。
从《柳叶刀》到可穿戴设备,从二维材料到柔性传感器,从基础研究到临床转化——每一个前沿突破的地方,都有一片等待开垦的专利荒地。
你需要的,不是实验室里的瓶瓶罐罐,而是一双能“看见”应用的眼睛,和一个能把“发现”变成“方案”的大脑。
而这双眼睛,通过阅读就能练成。
附:我的阅读清单
如果你想尝试这个路径,可以关注以下几类期刊:
· 综合类:Nature、Science、Cell
· 医学类:The Lancet、NEJM、JAMA
· 材料类:Nature Materials、Advanced Materials
· 工程类:Nature Biomedical Engineering、Science Translational Medicine
当然,还有中文顶刊——《中国科学》《科学通报》等,也有大量可转化的成果。
欢迎在评论区分享你读到的“可转化论文”,我们一起挖掘下一件好专利。