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通过提高滴定的精度和可靠性，可以在医药制造、化学实验、生物科研等领域中带来更加可靠和准确的实验结果，从而推动相关科研成果的准确性和可复现性，为新药研发、疾病诊断和治疗等领域提供坚实的科学依据。",[],[],{"id":302,"patentNo":303,"title":304,"applicant":138,"inventors":305,"abstract":13,"ipc":306,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":303,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":172,"isFunded":173,"implStatus1":307,"implStatus2":13,"willingness1":143,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":308,"techMaturity":175,"starRating":146,"gbIndustryClass":309,"strategicClass":310,"productAdv":311,"prospect":312,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":313,"tagNames":314},"rv_119010","CN201810075244.4","一种基于多核协同工作的分布式脉宽调制方法","郭谋发,林奥林,郑泽胤,高伟,洪翠,杨耿杰","H02M1\u002F32,H02M7\u002F48","已自行产业化","40-50万","变压器、整流器和电感器制造","智能电网输送与配电,智能电力控制设备及电缆制造","在发生经金属、16000Ω以下过渡电阻以及弧光接地故障，该装置均能正确选相，投入装置后，故障点对地电压降至200V，用时≤400ms；可连续补偿2个小时，补充容量≥100%额定容量。","未来配电网面临高比例新能源接入、电力电子化等重大变化，柔性接地保护技术将推动配电网保护向实时准确、场景自适应、控制灵活、智能复合的方向演进，为新型配电网提供坚实的技术支撑，在提升系统可控能力、确保系统安全稳定可靠运行、推动我国在相关技术研究和装备制造领域占据国际领先地位、助力我国新型电力系统和新型能源体系建设中，发挥更加突出的作用。",[],[],{"id":316,"patentNo":317,"title":318,"applicant":319,"inventors":320,"abstract":13,"ipc":321,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":317,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":322,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":143,"willingness2":13,"feeWan":323,"intendedCity":13,"intendedCompany":13,"intendedPrice":122,"techMaturity":123,"starRating":124,"gbIndustryClass":324,"strategicClass":13,"productAdv":325,"prospect":326,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":327,"tagNames":328},"rv_119011","CN201920171379.0","一种运动员膝关节限位器","黎明职业大学","兰翔","A63B23\u002F04","6","0.60","专项运动器材及配件制造","一、本专利对应产品 本实用新型涉及一种运动员膝关节限位器，它主要解决了现有技术中未针对运动员膝关节规范化动作而研发的训练装置的问题。 二、主要技术优势 本运动员膝关节限位器，通过旋转锁紧装置上的螺纹杆，使得滑动装置上的两个延伸部相反方向滑动，从而使得滑动环松开，进而在横杆上滑动调节两个滑动装置之间的距离，使其适用于适用者的尺寸，再将滑动环锁紧在横杆上，防止其左右方向滑动，再通过连接带将适用者的膝盖包覆住，并且连接带上的定位口扣入到定位杆上，形成很好的包覆作用，使得使用者的膝盖很好的得到限位，在使用时，橡胶制成的安装座，使得连接杆上的定位球能够塞入到球形凹槽内，形成一定的转动作用，并且起到缓冲作用。 三、性能指标 横杆，所述横杆上可沿其轴向方向滑动地设置有两个滑动装置，各所述滑动装置上均设置有防止其滑动的锁紧装置，各所述滑动装置上均可转动地设置有安装座，所述安装座上固定设置有连接座，所述连接座的中部沿左右方向设置有通孔，所述通孔内设置有定位杆，所述连接座上左右方向设置有具有弹性用于包覆膝盖的连接带，所述连接带上沿其左右方向间隔设置有至少三个定位孔，所述连接带的一端与连接座的外端固定设置。","随着社会的发展，体育越来越被重视。在体育运动中，如篮球运动的运球动作需要规范两膝盖的间隔以及膝盖的弯曲角度，规范的运动动作不仅可以减少运动过程中受上的概率，并且也会提高运动的技术，使得运动动作优美。规范的动作应该从小养成，并且不断的在重复训练中形成肌肉记忆，因此大多数的家长选择将孩子送到专业老师的辅导班进行培训，但是，培训老师只能间隔性的纠正其错误，并不能持续有效的加以监督。 运动员训练中对其两个膝盖起到限位作用，使得运动员不断的在重复训练中形成肌肉记忆，从而规范运动员运动动作的膝盖限位器。本实用新型提供一种运动员膝关节限位器，它主要解决了现有技术中未针对运动员膝关节规范化动作而研发的训练装置的问题。",[],[],{"id":330,"patentNo":331,"title":332,"applicant":333,"inventors":334,"abstract":13,"ipc":335,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":331,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":336,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":159,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":174,"techMaturity":123,"starRating":146,"gbIndustryClass":337,"strategicClass":271,"productAdv":338,"prospect":339,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":340,"tagNames":341},"rv_124141","CN201310651298.8","一种背光源发光均匀性自动检测系统","福州大学物理与信息工程学院、微电子学院","叶芸,郭太良,张永爱,林志贤,徐胜,林锑杭","G01M11\u002F02","11","试验机制造","一、本专利对应产品 本专利重点用于一种背光源发光均匀性自动检测系统。 二、主要技术优势 本发明光探测器可上下前后左右自由移动，采用可编程驱动接口，兼容性好，可设置不同参数对不同待测背光源进行测试，流水线作业方便快捷。 三、主要性能指标 本发明涉及一种背光源发光均匀性自动检测系统，其特征在于，包括：一暗室腔，所述暗室腔前侧设有一个腔门，两侧面底部对称设有两窗口，用于流水线框架传送待测背光源；一驱动接口；一控制面板；一光探测器；一机械组件；一标记组件；以及一运算控制模块，连接所述驱动接口、控制面板、光探测器、机械组件和标记组件，进行数据的采集和实时控制。","一、产业现状、市场需求及应用场景 近年来，背光源市场规模不断扩大。据统计数据显示，截止2021年，全球背光源市场规模已超过百亿美元，并且预计未来几年仍然保持较快的增长速度。亚太地区是最大的市场，占据全球市场份额的40%以上，而北美和欧洲市场也表现出较高的增长势头。 二、潜在市场规模 背光源市场未来几年有望继续保持快速增长，潜在市场庞大，有望在micro LED，mini LED，OLED等技术方面出现突破。 三、核心竞争力 本发明光探测器可上下前后左右自由移动，采用可编程驱动接口，兼容性好，可设置不同参数对不同待测背光源进行测试，流水线作业方便快捷。",[],[],{"id":343,"patentNo":344,"title":345,"applicant":138,"inventors":346,"abstract":13,"ipc":269,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":344,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":229,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":143,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":122,"techMaturity":123,"starRating":146,"gbIndustryClass":270,"strategicClass":347,"productAdv":348,"prospect":349,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":350,"tagNames":351},"rv_119013","CN201710373481.4","智能接触器虚拟样机设计平台","许志红,唐昭晖,李瑞","新兴软件开发,集成电路制造,云计算与大数据服务,智能消费相关设备制造","本发明涉及一种智能接触器虚拟样机设计平台，包括选型模块，提供上位机界面，用于用户根据需求对主电路类型、控制电路类型、电磁系统类型、触头系统类型和材料类型进行选型；参数设置模块，在选型确定后，对所选类型的参数进行设置；计算模块包括电磁场计算模型，内含电磁系统动态模型、触头电动力计算模型和电路器件电磁模型三部分，通过电磁场计算模型获得不同控制方案下电磁系统包含吸合、吸持和分断全过程的动态特性，不同主电路情况下的触头系统加载时的电磁分布参数和电路及器件的电磁特性参数；分析模块，对计算模块获得的参数进行分析。本发明综合考虑了电、磁、热、机械及流体的多场耦合。","这种智能接触器虚拟样机设计平台具有广泛的应用前景。首先，它可以在工业自动化领域中发挥重要作用，帮助工程师和设计师更高效地设计和优化接触器系统，提高生产效率和产品质量。其次，该平台还可以用于教育和培训领域，帮助学生和专业人士更好地理解和应用电磁系统动态特性、触头电动力计算模型和电路器件电磁模型等知识。此外，该平台还可以在科研领域中被广泛应用，用于开展相关领域的研究和实验。总的来说，这种智能接触器虚拟样机设计平台具有巨大的市场潜力和发展前景。",[],[],{"id":353,"patentNo":354,"title":355,"applicant":356,"inventors":357,"abstract":13,"ipc":358,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":354,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":229,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":122,"techMaturity":123,"starRating":146,"gbIndustryClass":359,"strategicClass":360,"productAdv":361,"prospect":362,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":363,"tagNames":364},"rv_119014","CN201710350699.8","一种高产替考拉宁的替考游动放线菌诱变菌株及其应用","福建省微生物研究所","张祝兰,连云阳,任林英,杨煌建,王德森,唐文力,邱观荣,黄洪祥","C12N1\u002F20,C12P21\u002F02,C12R1\u002F045","有机化学原料制造,化学药品原料药制造,生物药品制造","其他生物业相关服务,生物农业相关服务,生物药品制品制造,生物化工制品制造","本发明以替考游动放线菌FIM‑68(Actinoplanes teichomycoticus)为出发菌株，采用常压室温等离子体诱变技术并筛选得到的诱变菌株，该诱变菌株为替考游动放线菌FIM‑68‑66(Actinoplanes teichomycoticus)，其能够发酵高产替考拉宁，大幅度提高了替考拉宁的产量，能够应用于工业化发酵生产；且该菌株FIM‑68‑66稳定性良好，连续传代三代其产替考拉宁效价基本稳定，维持在同一较高水平，能够作为进一步研究和开发的生产菌株。","本发明的的菌株其能够发酵高产替考拉宁，大幅度提高了替考拉宁的产量，能够应用于工业化发酵生产；且该菌株FIM‑68‑66稳定性良好，连续传代三代其产替考拉宁效价基本稳定，维持在同一较高水平，能够作为进一步研究和开发的生产菌株。目前尚处于实验室发酵阶段，其功能用途及产业化应用前景途需进一步开发。",[],[],{"id":366,"patentNo":367,"title":368,"applicant":369,"inventors":370,"abstract":13,"ipc":371,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":367,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":336,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":143,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":122,"techMaturity":123,"starRating":176,"gbIndustryClass":372,"strategicClass":373,"productAdv":374,"prospect":375,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":376,"tagNames":377},"rv_124288","CN201410078643.8","一种利用酶协同水解微藻蛋白制备金属螯合肽的方法","福州大学生物科学与工程学院","汪少芸,邵彪,林彬彬,方卫东,赵立娜,廖兰,洪晶","C07K7\u002F06,C07K1\u002F20,C07K1\u002F16,C07K1\u002F18,C12P21\u002F06","有机化学原料制造,化学药品原料药制造,专项化学用品制造","其他生物业相关服务,生物农业相关服务,生物药品制品制造,生物医药相关服务,生物化工制品制造","本发明提供一种金属（Ca、Fe、Zn）螯合肽，具体涉及一种利用酶协同水解微藻蛋白制备金属螯合肽的方法，属于生物技术领域，以微藻蛋白为原料，采用复合蛋白酶及风味蛋白酶复配对其进行酶解，分离纯化、冷冻干燥得到金属螯合肽。氨基酸和小肽具有促进锌吸收的作用，而且氨基酸或肽的金属复合体如Fe、Zn的生物学利用率比无机盐高且无毒副作用。因此，研究开发这种生物态锌-蛋白酶解物螯合锌，具有十分重要的意义。","氨基酸和小肽具有促进锌吸收的作用，而且氨基酸或肽的金属复合体如Fe、Zn的生物学利用率比无机盐高且无毒副作用。因此，研究开发这种生物态锌-蛋白酶解物螯合锌，具有十分重要的意义。",[],[],{"id":379,"patentNo":380,"title":381,"applicant":382,"inventors":383,"abstract":13,"ipc":384,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":380,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":336,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":159,"willingness2":13,"feeWan":13,"intendedCity":385,"intendedCompany":13,"intendedPrice":160,"techMaturity":123,"starRating":176,"gbIndustryClass":386,"strategicClass":387,"productAdv":388,"prospect":389,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":390,"tagNames":391},"rv_124289","CN201410284827.X","一种颗粒活性炭的制备方法","福建理工大学生态环境与城市建设学院","翁仁贵,刘心中,徐正坦,张其武","C01B31\u002F08","福建省-福州市","其他基础化学原料制造","环境污染处理药剂材料制造","颗粒碳强度高，吸附性能好","可用作污水、大气处理领域",[],[],{"id":393,"patentNo":394,"title":395,"applicant":333,"inventors":396,"abstract":13,"ipc":397,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":141,"applicationNo":394,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":142,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":398,"intendedCompany":13,"intendedPrice":122,"techMaturity":123,"starRating":124,"gbIndustryClass":399,"strategicClass":400,"productAdv":401,"prospect":402,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":403,"tagNames":404},"rv_124300","CN201310486713.9","一种In掺杂硫化锌薄膜及其制备方法和应用","程树英,廖洁,周海芳,赖云锋,俞金玲,龙博,贾宏杰,张红","H01L31\u002F18,H01L31\u002F0352,H01L31\u002F0296","不-限","光伏设备及元器件制造","太阳能材料制造","本发明的显著优点在于：采用化学浴沉积法制备薄膜，薄膜成份容易控制、制备成本低、适合进行大规模生产。本发明利用掺入杂质的办法来降低硫化锌薄膜的电阻率，所制得的ZnS薄膜适用于作为太阳电池的缓冲层材料。","本发明公开了一种In掺杂硫化锌薄膜及其制备方法和应用，采用化学浴沉积法制备薄膜，属于非真空化学气相沉积，该方法薄膜成份容易控制、制备成本低、适合进行大规模生产。本发明利用掺入杂质的办法来降低硫化锌薄膜的电阻率，测试表明：当在ZnS中掺杂2 at.%的In时，薄膜的杂质相少、光学透过率高（可见光区的光学透过率约为85%）、电阻率低（2.6 ×105Ωcm）。所制得的ZnS薄膜适用于作为太阳电池的缓冲层材料。",[],[],26487,1,30,883]