摘要：【中文】本发明提供一种化学气相沉积设备。该设备包括反应腔，反应腔内包括多个用于承载衬底的基座，多个基座为圆盘形，工艺气体通过管路进入反应腔，多个基座中的每个基座彼此之间并列排布，各个基座的圆心在同一直线上；各个基座承载衬底的上表面彼此相互平行或在同一平面上；各个基座的转动轴线在同一平面上，各个基座相对于彼此独立地旋转；以及工艺气体沿各个基座的上表面，垂直于各个基座的各个圆心的连线方向流动。 【EN】The invention provides a chemical vapor deposition device. The equipment comprises a reaction cavity, wherein the reaction cavity comprises a plurality of bases for bearing substrates, the plurality of bases are disc-shaped, process gas enters the reaction cavity through a pipeline, the bases in the plurality of bases are arranged in parallel, and the circle centers of the bases are on the same straight line; the upper surfaces of the base bearing substrates are parallel to each other or on the same plane; the rotation axes of the bases are on the same plane, and the bases rotate independently relative to each other; and the process gas flows along the upper surface of each base and in a direction perpendicular to the connecting line of the circle centers of each base.

摘要：【中文】本发明提供了一种重编辑前端脚本程序的方法及装置，该方法包括：提取待重编辑的前端脚本程序中的文本，利用脚本语法解析器将提取的文本转换为语法树结构对象；遍历语法树结构对象中的每一节点，针对该节点遍历到的每一第三方依赖模块，获取该第三方依赖模块的模块路径的格式；确定第三方依赖模块的模块路径的格式不符合浏览器的加载格式，将第三方依赖模块的模块路径的格式更新为符合浏览器的加载格式，得到更新加载格式；依据更新加载格式更新所述第三方依赖模块的模块路径，得到模块更新路径，将第三方依赖模块的模块路径下的依赖文件存储至模块更新路径；依据更新的语法树结构对象生成重编辑的前端脚本更新程序。可以降低浏览器的资源开销。 【EN】The invention provides a method and a device for re-editing a front-end script program, wherein the method comprises the following steps: extracting a text in a front-end script program to be re-edited, and converting the extracted text into a syntax tree structure object by using a script syntax parser; traversing each node in the syntax tree structure object, and acquiring the format of a module path of each third-party dependent module for each third-party dependent module traversed by the node; determining that the format of the module path of the third-party dependent module does not conform to the loading format of the browser, and updating the format of the module path of the third-party dependent module to the loading format conforming to the browser to obtain an updated loading format; updating the module path of the third-party dependent module according to the update loading format to obtain a module update path, and storing the dependent file under the module path of the third-party dependent module to the module update path; and generating a re-edited front-end script updating program according to the updated syntax tree structure object. The resource overhead of the browser can be reduced.

摘要：【中文】本申请一种网络组件嵌套运行方法、装置及数据处理设备，所述方法包括：运行包括第一组件及第二组件的Web页面；在动态创建所述第一组件时，将所述第二组件的名称作为属性参数传入所述第一组件；在所述第一组件被执行时，根据所述属性参数创建相应的第二组件，并使该第二组件在所述第一组件中嵌套执行。本实施例提供的网络组件嵌套运行方法、装置及数据处理设备，通过将网络组件参数化，把需要嵌套展示的内部组件转换为组件参数的方式来定义，在动态创建的场景下也能实现组件的嵌套展示。 【EN】The application provides a network component nested operation method, a device and data processing equipment, wherein the method comprises the following steps: running a Web page comprising a first component and a second component; when the first component is dynamically created, the name of the second component is taken as an attribute parameter and is transmitted into the first component; and when the first component is executed, creating a corresponding second component according to the attribute parameters, and enabling the second component to be executed in the first component in a nested mode. The network component nesting operation method, the network component nesting operation device and the data processing equipment provided by the embodiment are defined in a mode of parameterizing the network component and converting the internal component needing nesting display into the component parameter, and the nesting display of the component can be realized under a dynamically created scene.

摘要：【中文】本发明提供了一种加载文本文件的方法及装置，其中，该加载文本文件的方法通过获取待加载文本文件，然后确定所述待加载文本文件的格式，若确定所述待加载文本文件的格式与当前加载指令兼容的格式不同，则新建中间文件，所述中间文件的格式与所述当前加载指令兼容的格式相同，在所述中间文件中，设置中间变量，所述中间变量的值为所述待加载文本文件包含的内容，进而调用当前加载指令加载设置了所述中间变量的中间文件。这样，可以提高文本文件的加载效率。 【EN】The invention provides a method and a device for loading a text file, wherein the method for loading the text file comprises the steps of obtaining the text file to be loaded, then determining the format of the text file to be loaded, if the format of the text file to be loaded is determined to be different from the format compatible with a current loading instruction, newly building an intermediate file, wherein the format of the intermediate file is the same as the format compatible with the current loading instruction, setting an intermediate variable in the intermediate file, wherein the value of the intermediate variable is the content contained in the text file to be loaded, and then calling the current loading instruction to load the intermediate file with the intermediate variable. Thus, the loading efficiency of the text file can be improved.

摘要：【中文】本发明公开了一种台球自动摆送球装置。它包括模块识别台、漏球斗、横向行进装置、纵向行进装置、高度行进装置、二级纵向装置、白球收集装置、控制单元，颜色识别模块对球的颜色进行识别，控制单元对信号处理后确认球的编号，并确定球应该所处的位置，然后通过电机驱动台球落入推球框中球槽的某一特定位置孔中完成摆球；并通过纵向行进装置、高度行进装置、二级纵向装置对摆好的球进行送球。本结构可以对球的颜色识别，确定位置并自动摆球、送球过程，提高了台球游戏的自动化程度，使用方便快捷。 【EN】The invention discloses an automatic billiard placing and delivering device. The billiard ball arranging machine comprises a module identification platform, a ball leakage hopper, a transverse advancing device, a longitudinal advancing device, a height advancing device, a secondary longitudinal device, a white ball collecting device and a control unit, wherein a color identification module identifies the color of a ball, the control unit confirms the number of the ball after processing a signal and determines the position where the ball should be located, and then the billiard ball is driven by a motor to fall into a certain specific position hole of a ball groove in a ball pushing frame to complete ball arranging; and the placed ball is sent by the longitudinal advancing device, the height advancing device and the secondary longitudinal device. The structure can identify the color of the billiards, determine the position, automatically place and send the billiards, improve the automation degree of the billiards game and be convenient and quick to use.

摘要：【中文】本发明提供了一种基于学生个性化学习的智能动态分组学习系统，包括云服务器、教师终端和学生终端：云服务器包括云服务端数据库和云服务端软件，云服务端数据库存有多种形式的教学资源，云服务端软件用于信息交互逻辑处理及提供多种应用功能接口；教师端与学生端通过与云服务器交互组织课堂教学；其中，教师用户可通过教师端智能动态分组系统在实时课堂模块中对学生用户进行分组教学，所述分组系统通过采集学生的学习习惯、与同学合作情况及对不同类型问题的反应等参数，结合老师布置的问题进行智能匹配，并自动对学生进行分组，同时教师和学生也可在自动分组的基础上进行手动调整。本发明使分组教学既具快捷性又具个性化，同时又保留了教师的主动性。 【EN】The invention provides an intelligent dynamic grouping learning system based on student personalized learning, which comprises a cloud server, a teacher terminal and a student terminal, wherein the cloud server comprises: the cloud server comprises a cloud server database and cloud server software, wherein the cloud server database stores teaching resources in various forms, and the cloud server software is used for information interaction logic processing and providing various application function interfaces; the teacher end and the student end interactively organize classroom teaching through the cloud server; the teacher-user-accessible teacher-end intelligent dynamic grouping system can be used for grouping teaching of student users in the real-time classroom module, the grouping system can be used for intelligently matching problems arranged by teachers by collecting learning habits of students, cooperation conditions with students and reaction and other parameters of different types of problems, and can automatically group the students, and meanwhile, the teacher and the students can also be manually adjusted on the basis of automatic grouping. The invention makes the grouping teaching have rapidness and individuation, and simultaneously reserves the initiative of teachers.

摘要：【中文】本申请属于半导体器件技术领域，提供了一种薄膜晶体管及其制备方法，通过采用费米能级不同的第一有源层和第二有源层组成有源层，并在第一有源层的上表面上设有多个间隔设置的第一有源层凸起，从而在第二有源层和第一有源层之间形成波纹异质结，不仅减少了非晶IGZO薄膜晶体管的漏电流，而且还提高了非晶IGZO薄膜晶体管的电迁移率和开关比，解决了现有的IGZO薄膜晶体管由于电迁移率和输出电流较低，无法满足新的需求的问题。 【EN】The application belongs to the technical field of semiconductor devices and provides a thin film transistor and a preparation method thereof, wherein a first active layer and a second active layer with different Fermi energy levels form an active layer, and a plurality of first active layer protrusions arranged at intervals are arranged on the upper surface of the first active layer, so that a ripple heterojunction is formed between the second active layer and the first active layer, the leakage current of the amorphous IGZO thin film transistor is reduced, the electric mobility and the on-off ratio of the amorphous IGZO thin film transistor are improved, and the problem that the existing IGZO thin film transistor cannot meet new requirements due to the fact that the electric mobility and the output current are low is solved.

摘要：【中文】本申请属于半导体器件技术领域，提供了IGZO纳米线的制备方法、IGZO薄膜晶体管及其制备方法，通过若干IGZO纳米线形成沟道层，并使得若干IGZO纳米线与经过源极和漏极之间的直线平行，从而使得电子可以直接从源极沿着IGZO纳米线传输到漏极，极大提高了IGZO薄膜晶体管的电迁移率，解决了目前制备的非晶IGZO TFT，存在的稳定性和可靠性都比较差的问题。 【EN】The utility model belongs to the technical field of semiconductor device, a preparation method of IGZO nano wire, IGZO thin film transistor and preparation method thereof are provided, form the channel layer through a plurality of IGZO nano wires, and make a plurality of IGZO nano wires parallel with the straight line that passes through between source electrode and the drain electrode, thereby make electron can directly transmit the drain electrode along IGZO nano wire from the source electrode, greatly improved IGZO thin film transistor's electric mobility, the amorphous IGZO TFT of having solved present preparation, the stability and the reliability that exist all compare poor problem.

摘要：【中文】本发明公开了一种输出序列长度与输入无关的低杂散MASH ΔΣ调制器，包括输入检测模块、第一EFM单元EFM 1a、第二EFM单元EFM 1b、第三EFM单元S‑EFM 2、第四EFM单元S‑EFM 3、噪声消除逻辑模块；将总的输入序列x[n]作为输入检测模块的输入信号，输入检测模块的第一和第二输出信号分别作为第一EFM单元EFM 1a的第一和第二输入信号，且输入检测模块的第三输出信号作为第二EFM单元EFM 1b的第二输入信号；第一EFM单元EFM 1a的第一输出信号分别作为噪声消除逻辑模块的第一输入信号和第二EFM单元EFM 1b的第一输入信号，以及将噪声消除逻辑模块的输出信号为总的输出信号y[n]以输出。本发明仅增加较小的硬件开销，实现了和输入无关的最大输出序列长度，降低了输出杂散。 【EN】The invention discloses a low-spurious MASH delta-sigma modulator with an output sequence length irrelevant to input, which comprises an input detection module, a first EFM unit EFM 1a, a second EFM unit EFM 1b, a third EFM unit S-EFM2, a fourth EFM unit S-EFM 3 and a noise elimination logic module, wherein the input detection module is used for detecting the output sequence length of the low-spurious MASH delta-sigma modulator; will be the total input sequencex[n]As input signals of the input detection module, first and second output signals of the input detection module are respectively used as first and second input signals of the first EFM unit EFM 1a, and a third output signal of the input detection module is used as a second input signal of the second EFM unit EFM 1 b; the first output signal of the first EFM unit EFM 1a is used as the first input signal of the noise cancellation logic module and the first input signal of the second EFM unit EFM 1b, respectively, and the output signal of the noise cancellation logic module is used as the total output signaly[n]To output. The invention only increases smaller hardware cost, realizes the maximum output sequence length irrelevant to the input and reduces the output stray.

摘要：【中文】本公开提供了一种线性流程引擎实现方法、装置、设备及存储介质，涉及计算机技术领域。该方法包括：接收用户输入的流程类型；根据用户的所属机构和流程类型，从数据库中获取流程模板主表，其中，流程模板主表包括：流程类型、所属机构、流程模板链路表标识；根据流程模板链路表标识获得流程模板链路表，其中，流程模板链路表包括节点名称、节点角色、节点权限、审批环节、流程模板主表标识；根据流程模板链路表生成线性流程审批链路，向线性流程审批链路上的节点推送审批信息。该方法可以节省开发配置模板的时间。 【EN】The disclosure provides a method, a device, equipment and a storage medium for realizing a linear process engine, and relates to the technical field of computers. The method comprises the following steps: receiving a flow type input by a user; acquiring a flow template main table from a database according to the mechanism and the flow type of the user, wherein the flow template main table comprises: flow type, mechanism to which the flow template belongs, and flow template link table identification; acquiring a flow template link table according to the flow template link table identification, wherein the flow template link table comprises a node name, a node role, a node authority, an approval link and a flow template main table identification; and generating a linear process approval link according to the process template link table, and pushing approval information to the nodes on the linear process approval link. The method can save the time for developing the configuration template.