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中国科学院知识产权信息","2026-10-09T19:27:31.400Z",[455,456,457,458,461,464,465,466,467,470,471,472],{"code":436,"name":437},{"code":401,"name":402},{"code":404,"name":405},{"code":459,"name":460},"CH-26","电力",{"code":462,"name":463},"GB-44","电力、热力生产和供应业",{"code":407,"name":408},{"code":442,"name":443},{"code":410,"name":411},{"code":468,"name":469},"GB-74","专业技术服务业",{"code":413,"name":414},{"code":419,"name":420},{"code":422,"name":423},[437,402,405,460,463,408,443,411,469,414,420,423],{"resultType":386,"id":475,"title":476,"abstract":477,"orgName":478,"province":479,"date":480,"trl":481,"transferMode":482,"keywords":393,"industry":433,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":483,"tagNames":507},"cmv1bh0e904nvsn4mrtwy5l46","水体藻类荧光光谱在线分析仪","必要性及需求分析:目前水质安全在线预警技术的研究是国际上环境监测领域的一个研究重点。近年来，我国“水华”“赤潮”爆发日益频繁，已经严重威胁到了饮用水安全。分光光度法、高效液相色谱法等传统藻类测量方法，需要“现场采样-离线分析”，存在测量周期长、手续繁琐、测量时效性差，无法满足现代环境监测对藻类在线监测的需求，亟需发展不同种群落藻类的快速在线测量技术与仪器。目标及主要任务:水体藻类荧光光谱在线分析仪创新性地使用离散三维荧光光谱识别技术，结合独特的光机结构设计、信号调制检测理论、微弱荧光信号检测技术、多组分分类算法和计算机软硬件技术，实现了水体中蓝藻、绿藻、硅藻、甲藻、隐藻实时分类测量。水体藻类荧光光谱在线分析仪大大简化传统藻类测量方法烦琐的测量步骤、降低环境监测的成本，显著提高环境监测部门对水体藻类的监测技术水平，为“水华”和“赤潮”的预警提供设备和技术支撑。现有工作基础:课题组已经攻克了水体藻类荧光光谱在线分析技术关键难题，研制了自主知识产权的第一代水体藻类荧光光谱在线分析仪工程化样机，仪器通过第三方性能测试和科技成果鉴定，进行了小规模试生产，并在巢湖、太湖、三江营水库等典型湖库进行了长期示范应用，并已有2台仪器销售2台。核心技术获得发明专利2项、软件著作权登记1项。预期经济和社会效益:目前，我国海洋局、环保总局和水利部等所属的约6000个环境监测点，若按今后5-10年内50％的监测站点配备一套水体藻类荧光光谱在线分析仪计算，总共约需3000套。国外同类产品按照目前的市场价格来算，每套约30万元人民币，仅此项就有约10亿人民币的巨大市场。另外，全国具有上万个自来水厂，这也将是一","中国科学院合肥物质科学研究院","安徽","2026-10-09T19:27:25.389Z",5,"可成果转让;技术入股",[484,485,486,489,492,493,496,497,498,501,502,505,506],{"code":401,"name":402},{"code":404,"name":405},{"code":487,"name":488},"CH-39","网络与数据安全",{"code":490,"name":491},"GB-39","计算机、通信和其他电子设备制造业",{"code":407,"name":408},{"code":494,"name":495},"GB-65","软件和信息技术服务业",{"code":410,"name":411},{"code":468,"name":469},{"code":499,"name":500},"GB-76","水利管理业",{"code":413,"name":414},{"code":503,"name":504},"SEI-01","新一代信息技术产业",{"code":419,"name":420},{"code":422,"name":423},[402,405,488,491,408,495,411,469,500,414,504,420,423],{"resultType":386,"id":509,"title":510,"abstract":10,"orgName":511,"province":512,"date":513,"trl":10,"transferMode":10,"keywords":393,"industry":514,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":515,"tagNames":519},"cmv1bibbm06k1bdd8jitxz874","基于电化学氧化技术的污水处理设备","郑州大学","河南","2026-10-09T19:27:24.158Z","能源与环境",[516,517,518],{"code":404,"name":405},{"code":407,"name":408},{"code":413,"name":414},[405,408,414],{"resultType":386,"id":521,"title":522,"abstract":523,"orgName":524,"province":525,"date":526,"trl":32,"transferMode":527,"keywords":393,"industry":528,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":529,"tagNames":607},"cmv1bi58h019hbdd8ul57u9se","基于 MEMS 技术的传感器及数据记录仪","西安交通大学陕西省微纳传感器工程技术研究中心，以院士和长江学者为学术带头人的研究团队组成，专门从事微纳传感器设计、制造和应用研究工作。根据军工、航空航天等领域的特殊需求，依托西安交通大学精密工程与测试技术研究所及机械制造系统工程国家重点实验室在特种MEMS传感器领域的技术、人才、设备优势，开展MEMS耐高温压力传感器、超高压压力传感器、高频响压力传感器、微型化压力传感器的设计、制造及产业化研究。中心在特种传感器研究方面，已授权国家发明专利 50 余项，获得国家技术发明二等奖1项和省部级科学技术一等奖 4项。目前，中心拥有科研生产用房1100平方米，各类MEMS传感器封装测试设备总价值1500万元以上。中心以高温、高压压力传感器、高频、微型、力、加速度等特殊需求传感器及数据记录仪作为主要加工、生产方向，建设完成了专用的 MEMS 微纳传感器及数据记录仪的生产和检验工艺线，建立了完善的传感器测试平台，通过了ISO9000质量管理体系认证及GJB9001B-2009国军标体系认证。(一)传感器篇1．XJA1高g值加速度传感器a. 特点 自主制造的微机械加工耐高g值压阻芯片 100,000g的量程，高过载保护 灵敏度高、长期稳定性好 高频响 高过载,小体积 低成本b. 概述XJA1高g值冲击加速度计采用的 MEMS压阻式硅芯片拥有自主的知识产权，其独特的内部结构，为传感器提供了可靠的过载保护、适当的空气阻尼及良好的密封性。主要用于航空航天、兵器、船舶、轨道交通装备等对冲击、碰撞、爆破产生的加速度测量。c. 技术参数过载保护：100,000g响应频率：≥100kHz供电；+5VDC满量程输出：60mV±20mV工作温度：-40℃～125℃相对湿度：0%～85%绝缘电阻：100MΩ(50VDC)重量：≤5g2．XJG2高温压力传感器a. 特点 自主制造的微机械加工耐高温压阻力敏芯片 可长期在高温下工作 灵敏度高、长期稳定性好 动态频响好 高量程、高过载b. 概述XJG2高温压力传感器采用MEMS 技术和SOI技术，集成平膜压力传感器芯体，并采用先进的梁膜结构设计，使其具有耐高温及瞬时高温冲击的能力、动态频率响应高（最高可达到1MHz）、超高量程，以及高过载（最大可承受满量程 20倍）等特点。“耐高温压力传感器”为国家高技术研究发展计划(863计划)MEMS领域重点项目成果，并通过部级成果鉴定，拥有自主知识产权(发明专利：ZL 01 1 28782.9和 ZL001.13961.4)。该压力传感器广泛应用于航空航天、国防、石油、化工、冶金、电力、船舶、汽车、医药、科研等领域对高温流体的测量。c. 技术参数耐瞬时高温冲击:2000℃测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～500KPa……150MPa供电：1.5mA或5mA或9V零位输出：≤±2mV3．XJG4微型压力传感器a. 特点 微型结构体积小、重量轻 长期稳定性好 测量范围宽 动态频响高b. 概述在空气动力学研究、飞行器及发动机试验、风洞试验、流体力学及水工试验、水轮机及水下兵器试验、生物医学应用，化爆或核爆冲击波等许多研究中，出于对不改变被测流场的考虑或受安放位置局限，必须原位测压时，常常对传感器的外形尺寸的微型化有较为苛刻的要求，以期在不干扰流场状态情况下，复现动态流场的变化规律。XJG4微型压力传感器正是为这些应用开发的，它采用了微型化设计的微机械加工工艺制成集成压阻力敏元件，进行精致巧妙的微型封装，通常外径在Φ8mm到Φ15mm、长度不超过25mm，并且可按照用户要求的形状与尺寸定制。微型压力传感器系列以其小巧的外形、高输出、高温、优异的动态和静态特性以及极高的可靠性而显示其特色。c. 技术参数测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～10KPa……60MPa 供电：1.5mA或5mA或9V零位输出：≤±2Mv 满量程输出：100mV±40mV过载压力：≥150%FS 工作温度：－25℃～85℃贮存温度：－40℃～125℃ 相对湿度：0%～85%绝缘电阻：100MΩ(50VDC)4．XJG8高频响压力传感器a. 特点 动态频响好 自主研制的微机械加工的耐高温压阻力敏芯片 长期稳定性好 测量范围宽b. 概述XJG8高频响压力传感器利用微机械加工技术使得集成硅膜片有效尺寸小，因而固有频率高；利用硅优良的弹性力学特性，加之低的电桥内阻抗，从而不仅利于获得高频响，低至零频高至接近固有频率的宽频带响应，而且有低至亚微秒的上升时间及非常平滑的幅频特性曲线。综合性能优于压电动态压力传感器，动态频率响应极高（最高可达到1MHz）。该系列传感器适用于军事工程、化爆试验、石油勘采与测井、材料、力学、土木工程学、岩土力学、创伤医学、液压动力机械试验等科学试验与现代化仪器仪表中，测量一些变化高、波形陡的动态压力波形与幅值、有效值，是动态测压的首选。c. 技术参数动态频响：最高1MHz测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～10KPa……60MPa供电：1.5mA或5mA或9V零位输出：≤±2mV绝缘电阻：100MΩ(50VDC)5．XJG7高过载压力传感器a. 特点 测量压力高 自主研制的微机械加工的压阻力敏芯片 具备瞬间动态高压力的抗过载能力b. 概述XJG7高过载压力传感器是一种能够承受并测量2GPa动态瞬间高压力的超高压力传感器，主要应用领域为动能弹侵彻、油井勘探、新型材料的高压合成、地下核弹爆炸、高速公路安全防护、动能弹拦截、车辆碰撞安全、水下冲击波的测量等。c. 技术参数测量范围： 0~2GPa传感器封装尺寸：≤ф30mm固有频率：≥500kHz精度：1%FS功耗： 10mW工作温度：-40℃~200℃耐瞬时高温冲击：≥3000℃，瞬时高温持续时间：100毫秒重量： ≤100克6．XJE2 高温高压充油压力芯体a. 特点 优良的线性特性 长期稳定性好 动态特性好 可长期在高温下工作b. 概述XJE2高温高压系列充油压力芯体采用高精度、高稳定性微压力敏芯片或SOI压力力敏芯片作为弹性敏感单元，通过（高温）充硅油工艺和（高温）精密补偿工艺，可实现（高温下）0～60MPa…～200MPa 的压力测量。将 XJE 系列充油压力传感器芯体装入具有标准和特定螺纹的压力接口中，可制作出结构型式多样的压力传感器，并与标准信号处理电路配合，可将压力信号转换成多种工业标准电信号输出，适用于各种不同压力测量产品的组装和生产。c. 技术参数测量介质：与不锈钢、密封圈兼容的各种液体或气体量程：0～60MPa……200MPa内阻：1KΩ～6KΩ，25℃供电：1.5mA或5mA或9V零位输出：≤±2mV满程输出：80mV±20mV过载压力：≥200%FS7．XJB2高温压力变送器a. 特点 自主研制的微机械加工的耐高温压阻力敏芯片 灵敏度高，长期稳定性好 激光全焊接封装 测量范围宽 分体式设计，用户可调整零位、满度b. 概述XJB2高温压力变送器选用耐高温压力传感器芯体，由于采用MEMS技术和SOI技术，集成平膜压力传感器芯体，并采用先进的梁膜结构设计，使其具有耐高温及高温瞬时冲击的能力。传感器输出信号经过分体式变送盒的放大处理，将其转换成标准电信号。传感器壳体采用激光焊接封装，确保了该产品的优异性能和长期稳定性。分体式设计，便于用户调整零位、满度，该压力变送器广泛应用于航空、航天、国防、石油、化工、冶金、电力、船舶、汽车、医药、科研等领域对高温气体、液体的测量。c. 技术参数耐瞬时高温冲击: 2000℃测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～500KPa……150MPa供电电压：标准24VDC或12VDC～32VDC输出信号：4～20mA或1～5V或 0～5V或0.5～4.5V(5VDC供电)8．XJB6智能数字压力变送器a. 特点 宽温液晶数字显示 全温度范围内的数字化温度补偿技术及非线性修正技术 数字量输出，抗电磁及射频干扰能力强。 可模拟量（4～20mA）同时输出 具备通讯输出接口（RS-485），便于总线组网应用 长期稳定性好 性价比高、精度高b. 概述XJB6是一款高精度、高稳定性的数显变送器产品。变送器传感器芯片工作温区广、信号处理部分可进行非线性和温漂补偿。解决了模拟变送器温度漂移等问题，数字量输出、抗干扰性强、无需其它采集设备，可直接与计算机通讯。该产品采用专用宽温液晶显示，并通过精密数字化温度补偿及非线性修正技术精心制造。通用的RS485总线，方便组成网络化的压力检测系统。产品在输出标准模拟信号的同时，可扩展各种通讯接口，是普通压力变送器的理想替代产品。该产品广泛适用于石油化工、水电、城市供水、科研等领域液体压力的精密测量与显示。c. 技术参数测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～20KPa……150MPa供电电压：标准24VDC或12VDC～32VDC输出信号：模拟量4～20mA\u002F数字量液晶显示（RS485通讯输出）过载压力：≥150%FS(二)记录仪篇1．抗高过载微型记录仪HGR-10\u002F20型数据记录仪内部采用一套数据采集电路、一套数据存储电路和一套数据传输电路，安装在专用的金属壳体内。在壳体内填充有缓冲保护层对电路进行过载保护，使记录仪抗强冲击过载能力达5万g；记录仪具有体积小、多通道高采样率、大容量、低功耗、抗高冲击过载、数据记录可靠性高等特点，适用于高过载环境下的多参数数据采集。表1 HGR-10\u002F20主要性能指标型号 HGR-10 HGR-20数据通道 1通道（H）+4通道（L） 1通道（H）+4通道（L）采样率高速通道3MHz，12位ADC 高速通道8MHz，12位ADC低速每通道125KHz，8位ADC 低速每通道500KHz，8位ADC体积 φ30×35mm3重量 50克抗过载能力 5万g供电要求 5V，50mA动态范围根据用户具体要求设置输入阻抗 ＞1MΩ频率响应 0.1 Hz～500KHz共模拟制比 ＞90dB存储容量 1～4G字节传输接口采用USB2.0标准，300M字节\u002F分钟工作温度范围 -40℃～50℃在HGR-10\u002F20型数据记录仪的基础上，可以根据用户要求定制记录仪，模拟通道数可以增加至16通道还可以增加数字通道，采样率也可以进行灵活配置。2．抗高过载大容量可编程高采样率 XX 记录仪HDR-10\u002F40\u002F80具有 8个同步采样的模拟通道，输入电压范围、输入通道数、采样频率和采集时间可以编程，记录器具有存储容量大、抗高过载、数据记录可靠性高等特点。表2 HDR-60\u002F80\u002F90主要性能指标型号 HDR-10 HDR-40 HDR-80数据通道 1通道同步4通道同步8通道12位ADC 12位ADC 12位ADC采样率 80MHz，每通道20MHz 每通道10MHz体积电路仓体积φ52×46mm3，电池仓体积52×66×20mm3重量 235克抗过载能力 5万g供电要求自代电池8.4V\u002F1000mAh，功耗200mA动态范围根据用户具体要求设置输入阻抗 ＞1MΩ频率响应 0.1 Hz～8MHz共模拟制比 ＞90dB存储容量 4～16G字节传输接口采用USB2.0标准，300M字节\u002F分钟工作温度范围 -40℃～50℃3．多路模拟信号及多种总线通讯数据记录仪MBR-200型记录仪具有32路模拟信号通道和一路总线数字信号通道，按照一定的采样频率，存储被测产品在测试过程中的各种模拟信号（例如振动信号、冲击信号、压力信号、温度信号等）和被测产品中心处理器产生的总线上的数字信号（包括RS232、RS485、RS422和CAN总线等）。模拟信号每通道输入电压范围和每个通道的采样率可以分别进行设置，既可以同时采集高速信号和低速信号；数字通道的总线类型、同步方式和波特率可以设置。记录仪采用2路冗余的存储系统，内置高容量独立的电池系统，安装在专用的壳体内，内部填充高强度树脂材料。记录仪数据通过SPI接口上传至上位机。表3 MBR-200主要性能指标型号 MBR-200模拟通道 32通道采样率 100 KHz，12位ADC总线类型 RS232、RS485、RS422和CAN可选波特率 9600、19200、115200、1Mbps可选体积 65×70×55mm3重量 560克抗过载能力 5万g供电要求自代电池8.4V\u002F1000mAh，功耗100mA动态范围根据用户具体要求设置输入阻抗 ＞1MΩ频率响应 0.1 Hz～500KHz共模拟制比 ＞90dB存储容量 4～16G字节传输接口采用USB2.0标准，300M字节\u002F分钟工作温度范围 -40℃～50℃4．冲击过载测试记录仪IAR-100型记录仪采用抗高过载测试技术和高g值加速度计，获取在给定弹目交会条件下的冲击加速度曲线。与被测产品同样的目标和着靶速度条件下，冲击过程中记录仪和被测产品受到的冲击加速度幅值和历程相同。冲击试验完毕后回收到记录仪，读出冲击加速度数据，并对冲击加速度进行积分获得模拟试验弹的速度曲线，再对速度数据积分获得模拟冲击试验弹的位移曲线，通过速度曲线和位移曲线来评判加速度测试的准确性。表4 IAR-100主要性能指标型号 IAR-100采样率 100kHz数据分辨率 8位二进制，即40g\u002FLSB加速度测量范围 -10000g～+50000g测试误差不大于15%加速度传感器的非线性误差不大于10%交叉轴灵敏度不大于10%形态形状与结构与被测产品完全相同质量质量与被测产品完全相同抗过载能力 10万g供电要求自代电池，功耗10mA输入阻抗 ＞1MΩ频率响应 0.1 Hz～100KHz存储容量 1G字节传输接口 SPI数字接口，100M字节\u002F分钟工作温度范围 -40℃～50℃5．恶劣环境下无线分布式存储测试系统无线分布式存储测试系统由数据控制中心和若干个测试节点（无线存储测试系统）组成。无线存储测试系统将ICP传感器、信号调理电路、数据采集存储电路、时间统一电路、控制系统电路、无线数据通讯模块、电源管理电路和电池组等集成封装成一体，构成一个可植入爆炸现场独立工作的微小系统，具有很高的可靠性。数据控制中心通过发送测试命令来控制、管理以及协调测试节点去完成测试任务，而测试节点主要是负责采集爆炸冲击波场信号，并回传给数据控制中心，进行后续分析处理。由于无线存储测试系统防护等级达到10万g，较好地解决了“引线电测法”的各种问题，可靠获取冲击波超压曲线，并通过计算得到正压持续时间和冲量。表5 IAR-100主要性能指标型号 DTS-100采样率采样率可以编程，100 K Hz~4 MHz；数据分辨率 12位二进制放大倍数 8档放大倍数可编程输入阻抗 1MΩ传感器指标量程范围是50 psi ～15 000 psi，谐振频率大于500 kHz，响应时间小于1 μs，非线性小于1%FS体积 φ60×120mm3重量 500克电池容量 1Ah抗过载能力 10万g存储容量 4G字节读数接口 USB2.0 高速模式，传输速度为100M字节\u002F分钟工作温度范围 -40℃～50℃无线电作用距离 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30年。全国油气输运管道总里程已超过 12 万公里，到 2025 年，将达24万公里，绕地球6圈。城市供水管网平均漏失率超过14%，因漏失导致的年损失水量超过 60亿 m³，折合人民币 180亿。西气东输、南水北调、西油东送等资源跨区域管道输运通道建立，油气管道泄漏事故，还将威胁群众生命安全、危害周边环境。图1 现阶段管道泄漏常见的检测方法目前负压波法检测管道泄漏属于主流，本项目基于压力波的管道泄漏检测技术具有负压波法的优点，同时能够检测出管道的微小泄漏，预测管道发生的畸变，应用性、经济性较好.图2 压力波发生器工作原理示意图图3 压力波发生器三维设计图图4 压力波发生器实物图发生泄漏时，压力波产生器产生的压力波，经过泄漏处发生变化，传感器采集到的压力信号进行幅频分析并与不发生泄漏时的信号进行比较。从而推测出泄露的大致方位。目前团队已经实现工程样机研发，经实测最大测试误差为 1.83%，可以满足工程定位要求。","2026-10-09T19:27:14.986Z",4,"联合研发技术入股转让授权（许可） 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50%的城市地下水受到不同程度的污染，这主要是因为工业污水随意排放、氮肥等化肥的滥用、大气氮氧化物沉降、生活废水及粪便渗入等生产活动将大量的硝态氮化合物排入环境水中，对水环境造成了极大污染。硝态氮主要是指硝酸根离子，其被人体摄入后会对人体健康造成危害，如诱发胰腺癌、糖尿病、阿兹海默症、蓝婴症等，因此有效地检测和去除环境水中的硝酸盐至关重要。目前去除环境水中硝酸根的方法有化学还原法、反渗透法、电渗析法、生物固氮法等，其中生物固氮法由于适用范围广和操作简便等优点被广泛应用，但其难以将污水中硝酸根浓度降低至国际卫生组织的标准（10 mg\u002FL）以下。基于此，本技术开创性地制备了聚氨酯高分子复合凝胶-印迹吸附剂（PCN-MIPs），通过特异性的空间结构、静电相互作用、物理吸附等作用高选择性吸附去除环境水中的硝酸根。PCN-MIPs具有高选择性吸附、快速分离、可重复使用的优点，可实现对污水中硝酸根离子的高效去除与再利用，进一步降低水体中硝酸根离子的浓度，达到世界卫生组织对水中硝酸根含量的标准。PCN-MIPs在一体化分散式污水处理设施——净化槽、乡镇企业废水处理、市政污水处理厂项目中均展现出了广阔的应用前景。该项目符合国家重大需求，能有效解决国家环境水中硝酸根去除问题中的难点和痛点，具有划时代意义。","2026-10-09T19:27:14.014Z","联合研发技术入股转让授权（许可） ☑面议附图图2 农村污水处理项目应用现场","安全应急与节能环保",[641,642,643,644,645,646,647,650],{"code":404,"name":405},{"code":487,"name":488},{"code":407,"name":408},{"code":468,"name":469},{"code":413,"name":414},{"code":416,"name":417},{"code":648,"name":649},"GB-84","卫生",{"code":422,"name":423},[405,488,408,469,414,417,649,423],{"resultType":386,"id":653,"title":654,"abstract":655,"orgName":524,"province":525,"date":656,"trl":10,"transferMode":527,"keywords":393,"industry":639,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":657,"tagNames":665},"cmv1bi4c800mobdd8i359dhqx","智能化供水实时精准投药系统","在自来水制水工艺中,混凝剂的投放量直接影响到出水水质和制水成本,传统的投药方法存在“基于人工经验,药剂投放量不准确” 、“受水温水质等因素影响,投药量要实时调整” 、“水厂分布范围广,边缘设备异构缺乏统一管理”等诸多问题,使得制水成本过高,水质稳定性差。为了解决自来水制水过程中药剂投放面临的问题,依托“边云协同”技术，借助出水浊度的精准实时预测模型，利用自动化投药设备,实现了实时精准添制水投药，降低添药成本，保证水质稳定。","2026-10-09T19:27:13.985Z",[658,659,660,661,662,663,664],{"code":538,"name":539},{"code":404,"name":405},{"code":487,"name":488},{"code":570,"name":571},{"code":407,"name":408},{"code":413,"name":414},{"code":422,"name":423},[539,405,488,571,408,414,423],{"resultType":386,"id":667,"title":668,"abstract":669,"orgName":670,"province":525,"date":671,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":672,"tagNames":691},"cmv1bi3so0079bdd8hgc6a1di","水立清牌壳聚糖絮凝剂","壳聚糖是一种氨基葡萄糖线型天然高分子化合物，具有无毒、无味、安全、对环境友 好等特点。由于它所含有的多种活性基因可吸附水中重金属离子和卤代烷等有害物质，因此是处理 自来水理想的絮凝剂。《中国疾病预防控制中心》对该产品进行毒理学、安全性评价，微生物指标 检测均符合《生活饮用水化学处理剂卫生安全评价规范》（2001）。 该项目已于2004年12月31日申请国家发明专利，2007年8月授权，专利号：2004100735770.1， 因此该成果具有自主知识产权。 经陕西省质量技术监督局批准已颁发企业标准（标准号为Q\u002FXDK0012004）。 转化方式：面议。 预期经济效益：每处理1吨自来水的费用与PAC+PAM比较，便宜1分钱左右，所以该项目经 济效益、社会效益显著。 西北大学高技术转移创新研究院科技成果转化办公室：029-88302617 成果完成人：王玉琪 邮箱：kaifa@nwu.edu.cn 69 成果名称 太阳能光波转换减反射双功能溶胶材料及纳米复合 --- 薄膜 完成团队简介：西北大学载能技术及应用研究所在新能源开发和利用、石油化工、能源材料等 方面开展研究研制工作。目前已在太阳能利用、腐蚀与防护、化工装备及控制、压力容器设计与强 度分析、新能源开发应用技术等领域形成优势和特色。承担国家级、省部级以及企业各类项目100 多项。 成果内容：针对太阳能电池转化效率低、成本高的问题，本课题将减反射和光波转换有机结合 开发太阳能光伏玻璃薄膜，在增加光子数量的同时提高有效光子比例，进一步提高太阳能电池的光 电转换效率。 技术指标：（1）通过前驱液配方、添加剂、制备工艺等优化，可使纯SiO 单层减反射薄膜可见 2 光透过率≥95%。 （2）TiO SiO 复合薄膜（HuLu）在3501100nm波段均具有良好的增透性能，其中HLu薄膜的最 2 2 大透过率为96.68%。 （3）将","西北大学","2026-10-09T19:27:13.278Z",[673,674,675,676,677,678,679,680,681,682,683,686,687,690],{"code":401,"name":402},{"code":554,"name":555},{"code":487,"name":488},{"code":564,"name":565},{"code":567,"name":568},{"code":573,"name":574},{"code":582,"name":583},{"code":407,"name":408},{"code":410,"name":411},{"code":468,"name":469},{"code":684,"name":685},"GB-75","科技推广和应用服务业",{"code":648,"name":649},{"code":688,"name":689},"SEI-04","生物产业",{"code":419,"name":420},[402,555,488,565,568,574,583,408,411,469,685,649,689,420],{"resultType":386,"id":693,"title":694,"abstract":695,"orgName":670,"province":525,"date":696,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":697,"tagNames":713},"cmv1bi3s1006rbdd8cqye0074","高效煤矿污水处理","煤矿污水的处理成为当前国内外煤化工生产的焦点问题，其中高效絮凝剂、混凝剂 的研发是煤矿污水处理的核心，本项目所述的淀粉改性高效絮凝剂是用淀粉接枝丙烯酰胺(AM)合成 的，然后通过EA、FTIT、SEM、TGA、NMR表征手段对该絮凝剂进行表征，表征结果显示合成淀 粉改性高效絮凝剂是成功的，进而研究了合成条件对新絮凝剂性能的影响。最后，对合成的絮凝剂 在煤矿废水中的应用条件做了相关研究，发现最佳的淀粉改性高效絮凝剂的投加量下处理后的煤矿 废水具有不凡的效果","2026-10-09T19:27:13.251Z",[698,701,702,703,706,709,710,711,712],{"code":699,"name":700},"CH-17","新一代信息技术",{"code":404,"name":405},{"code":554,"name":555},{"code":704,"name":705},"GB-06","煤炭开采和洗选业",{"code":707,"name":708},"GB-25","石油、煤炭及其他燃料加工业",{"code":567,"name":568},{"code":407,"name":408},{"code":410,"name":411},{"code":413,"name":414},[700,405,555,705,708,568,408,411,414],{"resultType":715,"id":716,"title":717,"abstract":718,"orgName":719,"province":720,"date":721,"trl":10,"transferMode":10,"keywords":10,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":722,"ipc":723,"inventors":724,"tags":725,"tagNames":731},"patent","cmv1bh76708h2sn4mxgwgdy1o","一种市政污水处理在线监测给排水装置","本发明属于污水处理技术领域，提供了一种市政污水处理在线监测给排水装置，包括罐体，罐体内固定安装有芯筒，芯筒外侧转动套设有转筒，转筒内部通过若干隔板分隔为至少三个独立的处理腔；罐体内部固定有与转筒底部贴合的底板，基于底板固定工位划分出固定不变的上料腔位、沉淀腔位及出料腔位。芯筒侧壁开设进水口，处理腔侧壁开设匹配的出水口，出水口内置滤网。本发明采用旋转式多腔交替作业，实现污水上料、药剂混合、分级沉淀、在线监测、自动排泥连续化运行，解决了传统设备易堵塞、沉淀效率低、排泥不彻底、水质监测滞后的问题，具备自动化程度高、防堵塞、运维成本低、监测实时性强的特点，适用于市政管网连续化污水处理场景。","陕西鹏顺灏润环保科技有限公司","陕西省","2026-10-09T18:46:46.927Z","CN202611062748.3","C02F1\u002F52;C02F1\u002F00;G01N33\u002F18;E03F5\u002F14","周梦玲; 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