passed

摘要： When I received the shocking news on August 13,2020 that our beloved Don passed away,I was deeply saddened.The feeling was worsened by the COVID-19 pandemic that essentially locked down everything so most of us were not able to attend his memorial ceremony.On Nov.11,2021,more than a year later,I took an early flight from St Louis to LAX to attend the memorial observance and reception honoring him in the Athenaeum of Caltech.

摘要： Culture can span time,space and region to become a bridge bonding people,and cultural exchange is often a channel for establishing friendship between countries.March 13,2022 marks the 50th anniversary of the establishment of ambassadorial-1 eve I diplomatic relations between China and the UK.On this occasion,People's Daily Online UK planned to launch the 2022 large-scale media integration and cultural communication eve nt--"Our China Stories".With well-structured and weighty integrated media products,it tells about people-to-people exchanges across time and space,and witnesses the cultural power passed down from generation to gen eration.

摘要： Since the beginning of the 21st century,with the wide application of molecular biology and genetic engineering technology,the more holistic discipline of laboratory animal sciences has also developed rapidly and many excellent innovations based on laboratory animals,animal models and experimental medicine have continued to emerge.Animal Models and Experimental Medicine(AMEM)was launched in 2018,which was timely and attracted the attention of the industry.Four years have passed and AMEM has achieved fruitful results.

摘要： And now it was only four days before he would be back in that same illage.He was excited,and at the same time uneasy:maybe the girl had already forgotten him.Lots of shepherds passed through,slling their wool.“It doesn''t matter,”he said to his sheep.“I know other girls in other places.”

摘要： On 11 November 2020,the Standing Committee of the National People''s Congress passed the latest revision of the Copyright Law.The Copyright Law of China was enacted in 1990 and was amended respectively in 2001 and 2010.And in November 2020,China passed its third amendment.

摘要： In order to celebrate the 100th anniversary of the Communist Party of China,Shenzhen LuoHu Middle School organized different kinds of events.The purpose of the activities is to guide the majority of young people to deepen the love for CPC, the country and the society so that the red gene and revolutionary fire will be passed on from generation to generation. We have carried out a series of online and offline activities on“tracing the history of Luohu Bridge”. We first collected some information on the Internet, and then went to Liantang Port and Luohu Railway Bridge to visit Luohu Bridge at a close distance. We knew the history of Luohu Bridge. Liu Guoan,the captain of the army, showed us some history of Luohu Bridge.

摘要： 本文介绍了一个家庭中的食谱对全家人的重要意义,突出了传承家庭食谱的价值,倡导在学习和传承食谱的过程中增强家庭纽带意识,牢固树立家庭观念。There are millions of recipes (食谱) hidden in the boxes and hearts of grandmother and parents.These family recipes are a special part of our family history.Some of them have been passed down from generation(一代人) to generation.

摘要： On January 20,2021,the new-generation isodewaxing catalyst RIW-30 developed by the SINOPEC Research Institute of Petroleum Processing(RIPP)has passed the technical review organized by the SINOPEC Science and Technology Division.The experts attending the technical review meeting have unanimously recognized that this catalytic materials for isodewaxing of petroleum products has achieved a great leap type progress to attain an outstanding catalytic performance,which has reached the internationally advanced level.

摘要： Recently the project“Development of high-efficiency acrylonitrile catalyst and commercial test of improved type SANC-11+catalyst for producing acrylonitrile”developed by the SINOPEC Shanghai Research Institute of Petrochemical Technology(SRIPT)has passed the appraisal organized by the Sinopec Corp.The expert team attending the appraisal meeting has admitted that the improved SANC-11+catalyst developed by the said project features high product yield along with good pressure resistance and stability,with its consumption data being at the leading level in the industry.

摘要： 本发明公开了一种大墨滴Single‑Pass和小墨滴Single‑Pass数码印花联合印花装置及其印花方法，包括机架、传动辊、输送带、大墨滴Single‑Pass数码印花机构和小墨滴Single‑Pass数码印花机构，小墨滴Single‑Pass数码印花机构和大墨滴Single‑Pass数码印花机构相配合，大墨滴Single‑Pass数码印花机构进行大底色喷墨，小墨滴Single‑Pass数码印花机构进行精细花型的喷墨，使得坯布在以上装置印花后既能达到传统圆网印花机的印花速度和底色鲜艳性，又能达到纯数码印花机图案的精细和线条的细腻性，大大提高了印花质量、印花产量，减少了污水排放成本，提高了工作效率。

摘要： 本申请涉及一种基于pass平台的多租户云平台管理系统，包括：云平台管理系统，用于记录以及配置系统的各项服务信息，根据当前网络状态、用户状态以及系统发出的限制参数，给请求租赁的用户配置相关服务业务；应用客户端，与云平台管理系统连接，应用客户端通过自身默认的代理服务器向云平台管理系统发送请求配置信息，应用客户端用以为用户连接和部署各种相应的服务；租户管理系统，用于接收和转发云平台管理系统对应用客户端的管理和配置信息；云平台管理系统和应用客户端之间通过租户管理系统连接；租户管理系统包括多个独立的租户，每个所述独立的租户连接多个应用客户端。本申请基于pass平台采用多租赁技术，节约开发成本，可推广应用。

摘要： 本申请涉及一种多Pass编程NAND的RAID优化方法、装置、计算机设备及存储介质，其中该方法包括：获取多Pass编程NAND的RAID优化请求；根据所述多Pass编程NAND的RAID优化请求在每个Pass编程时，利用所属RAID条带缓存的用户数据重新进行RAID引擎编码；通过RAID引擎编码实时生成对应的Parity数据；在对应Pass的编程完成后即可释放Parity缓冲区，无需保持到所有Pass编程完成。本发明针对多Pass编程的场景，在各个Pass编程时，动态生成RAID校验数据而不缓存对应的校验数据，通过实时生成RAID校验数据减少了对SOC Memory的需求，进而提高了固态硬盘的性能，降低了成本。

摘要： 本发明公开了一种多Pass打印的油墨固化方法、装置、设备及存储介质，涉及喷墨打印技术领域。所述多Pass打印的油墨固化方法包括：获取打印参数；确定扫描打印所形成的1Pass打印图像中各区域的累计打印墨量；确定输出功率；执行1Pass扫描打印；对打印图像进行固化。所述装置包括：获取模块；累计打印墨量确定模块；输出功率确定模块；打印图像固化模块。所述打印设备包括处理器、存储器以及存储在所述存储器中的计算机程序指令。所述存储介质存储有计算机程序指令。本发明所公开的多Pass打印的油墨固化方法、装置、设备及存储介质，可以使打印画质均匀，有效抑制产品中的固化道和羽化道。

摘要： 本发明公开基于单pass数码印花机的在线上浆印花系统及工艺，涉及布料印花领域，包括上浆结构和印花结构，所述上浆结构用于在织物表面涂覆发泡浆料；所述上浆结构的输出端与印花结构连接，所述印花结构包括单pass数码印花机。本发明通过发泡浆料与单pass数码印花机相结合使用，墨水在喷印过程中，受到发泡浆料的承托，能够浮于织物的上层，将使得喷印后的织物表面更加鲜亮；并且步骤简单，减少了多个工序的成本。

摘要： 本发明公开了一种基于Pass平台软硬件资源管理监控系统，包括软件资源监控单元、硬件资源监控单元、数据可视化处理单元、数据储存备份单元、资源管理单元、软件优化单元和通讯模块，所述软件资源监控单元和硬件资源监控单元均与数据可视化处理单元电性连接，所述数据可视化处理单元与资源管理单元电性连接，所述数据储存备份单元与数据可视化处理单元电性连接，本发明通过设置的软件资源监控单元可以对Pass喷头的软件资源进行监控，以确保Pass平台的软件资源的正常运行，提高Pass平台的稳定性，同时可以通过软件优化单元对Pass平台的软件资源进行优化和维护，降低Pass平台的软件资源出现问题的概率。

摘要： 本发明公开了一种基于业务Pass平台的自动化调度系统，包括业务Pass平台服务器、中心调度系统、审核系统、子调度系统、中心数据库、储存系统、管理系统和监控系统，本发明通过中心调度系统能将指令发送至审核系统进行审核，同时，还可以将业务Pass平台服务器反馈的指令答复发送至对应的子调度系统中，从而完成不同渠道的调度问题，并且中心调度系统与审核系统可以对调度求情进行预筛以及末端处理，能将不符请求删除，从而简化了整体系统的工作流程，通过在安心数据库中设置的储存系统、管理系统和监控系统，可以对库内外数据进行分类存储、管理以及监控，不仅可以提高系统的使用安全，而且还可以保证系统的拓扑扩展。

摘要： 本发明公开了一种基于pass平台软硬件资源的管控系统，涉及pass平台系统技术领域，包括pass平台云服务器、电控终端和管控终端，所述管控终端、电控终端均与pass平台云服务器通过互联网保持实时数据互通，本发明通过设置pass平台云服务器、电控终端和管控终端，对pass平台云服务器正常工作时各个流程进行边作业边优化，极大的改善了使用时体验，同时通过电源管控模块、资源管控模块和信号管控模块的分开设置，使得各个模块各司其职，使得整体运转起来有条不紊，更有利于解决对应问题，从而方便对整体的成本进行剖析管控，实现了对成本的有效控制，同时也方便工作人员后期进对应发现问题，满足了使用时所需，有利于长久发展。

摘要： 本发明涉及一种基于智能学习的PPS或PASS高性能薄膜的制备方法，属于薄膜智能生产领域，包括：制作导电薄膜级PPS或PASS树脂粉末；制作导电增强薄膜级PPS或PASS树脂颗粒；基于双向智能拉伸机通过卷积算法进行拉伸智能学习，得到最优的拉伸温度、拉伸速度和拉伸倍率；根据得到的双向智能拉伸机的拉伸温度、拉伸速度和拉伸倍率设置双向智能拉伸机的工作参数，采用双向两阶段拉伸法进行生产，得到PPS或PASS薄膜；对PPS或PASS薄膜镀铜。本发明通过智能学习得到最佳拉伸温度、拉伸速度、拉伸倍数启动参数，解决双向拉伸机重要参数冷启动的问题，增强了PPS、PASS薄膜各方面性能质量与生产的稳定性。

摘要： 本发明涉及一种基于单pass喷墨数据处理的喷墨印刷方法及系统，属于喷墨印刷领域。方法包括：将长图像文件切割为多页PDF文档；根据PDF文档页面宽度、高度以及总页数为PDF文档各颜色通道开辟对应的newwidth内存空间；按照各颜色通道依次对PDF文档按页进行循环扫描，依次存储相应颜色通道的灰度值信息到对应的newwidth内存空间，得到各颜色通道拼接后的图像数据；对各颜色通道拼接后的图像数据进行修正，得到各颜色通道修正后的灰度图；将各颜色通道修正后的灰度图转化为单色图，得到各颜色通道的单色图；将各颜色通道的单色图发送到板卡进行喷墨印刷。采用本发明方法能够快速有效地处理长度超过10m的长图像文件，在保证喷印图像质量的前提下极大提高整体喷印效率。