摘要：【中文】本发明涉及柔性太阳电池板测试工装，包括玻璃板和金属框架，金属框架包括平行的两个横梁和连接两个横梁的滑杆，玻璃板上设有定位通孔，滑杆上设有滑杆固定孔，柔性太阳电池板上设有电池板固定孔；还包括定位钉，定位钉穿过位置匹配的电池板固定孔、定位通孔和滑杆固定孔将柔性太阳电池板、玻璃板和金属框架固定在一起。本发明的有益效果是：在悬挂柔性太阳电池板测试工装时，定位钉和垫圈配合使用，对太阳电池板起到主要的固定作用；套在固定杆两端的固定块可以移动，压在太阳电池板的琴铰位置，对太阳电池板起到辅助固定作用；双重固定保证柔性太阳电池板的安全，不会使太阳电池板产生弯曲和多余的形变，继而保证电池不会产生裂片。 【EN】The invention relates to a flexible solar panel testing tool, which comprises a glass plate and a metal frame, wherein the metal frame comprises two parallel beams and a sliding rod for connecting the two beams; the flexible solar panel, the glass plate and the metal frame are fixed together by the positioning nails which penetrate through the cell panel fixing holes, the positioning through holes and the sliding rod fixing holes which are matched in position. The invention has the beneficial effects that: when the flexible solar panel testing tool is hung, the positioning nails and the gaskets are matched for use, so that the solar panel is mainly fixed; the fixing blocks sleeved at the two ends of the fixing rod can move and press the piano hinge positions of the solar cell panel, so that the solar cell panel is assisted and fixed; the safety of the flexible solar cell panel is guaranteed through double fixation, the solar cell panel cannot be bent and deformed unnecessarily, and then the cell is guaranteed not to crack.

摘要：【中文】本发明提供的一种错位上料的液晶屏预压合设备，包括预压机构本体、上料机构、流水线机构，其中，流水线机构包括传输线体、载具，传输线体用于传输载具，载具上承放有用于液晶屏的外壳；上料机构用于传输液晶屏的液晶面板；上料机构包括用于承放液晶面板的第一上料单元、第二上料单元，第一上料单元与第二上料单元交错移动；预压机构本体包括驱动装置、抓取组件；驱动装置驱使抓取组件移动至上料机构处，抓取组件将第一上料单元或第二上料单元上的液晶面板抓取，抓取组件移动至传输线体的载具上，并对液晶面板与外壳预压合，该预压合设备结构可靠，使用方便。 【EN】The invention provides liquid crystal display screen pre-pressing equipment with staggered feeding, which comprises a pre-pressing mechanism body, a feeding mechanism and a production line mechanism, wherein the production line mechanism comprises a transmission line body and a carrier, the transmission line body is used for transmitting the carrier, and a shell for a liquid crystal display screen is placed on the carrier; the feeding mechanism is used for transmitting a liquid crystal panel of the liquid crystal screen; the feeding mechanism comprises a first feeding unit and a second feeding unit which are used for bearing the liquid crystal panel, and the first feeding unit and the second feeding unit move in a staggered mode; the prepressing mechanism body comprises a driving device and a grabbing component; the driving device drives the grabbing component to move to the feeding mechanism, the grabbing component grabs the liquid crystal panel on the first feeding unit or the second feeding unit, the grabbing component moves to the carrier of the transmission line body, and the liquid crystal panel and the shell are pre-pressed.

摘要：【中文】本发明公开了一种天然气水合物矿藏压裂实验装置，包括支架以及设置在支架上用于合成样品并对其进行压裂改造的反应器，反应器上设置有样品合成系统、渗透率测试系统以及数据采集及控制系统，反应器中上还设有用于进行压裂改造的水力压裂系统。本发明可在高压低温条件下原位合成天然气水合物沉积物，对沉积物进行压裂实验，并测量其渗透率，扩展了目前所存在实验测试装置的使用范围，同时请能合理模拟储层地应力以及温压条件，可以较完整地还原出注液、压裂、加支撑剂等水力压裂常规操作步骤，还可以测量压裂前后和不同压裂条件下储层渗透率的变化并观察压裂效果，对天然气水合物沉积物的压裂机理和压裂前后储层渗透率变化的研究有一定的指导作用。 【EN】The invention discloses a natural gas hydrate mineral deposit fracturing experimental device which comprises a support and a reactor arranged on the support and used for synthesizing a sample and performing fracturing transformation on the sample, wherein a sample synthesizing system, a permeability testing system and a data acquisition and control system are arranged on the reactor, and a hydraulic fracturing system used for performing fracturing transformation is also arranged in the reactor. The invention can synthesize natural gas hydrate sediment in situ under high pressure and low temperature conditions, carry out fracturing experiment on the sediment, measure the permeability of the sediment, expand the application range of the existing experiment testing device, reasonably simulate the ground stress and the temperature and pressure conditions of a reservoir, completely reduce the conventional hydraulic fracturing operation steps of injection, fracturing, proppant adding and the like, measure the change of the permeability of the reservoir before and after fracturing and under different fracturing conditions, observe the fracturing effect, and have certain guiding function on the fracturing mechanism of the natural gas hydrate sediment and the research on the change of the permeability of the reservoir before and after fracturing.

摘要：【中文】本发明公开了一种生产用翻转增强搅拌装置,包括反应罐体，反应罐体的顶部设有罐盖，罐盖内设有第一空腔，第一空腔内设有第一转向齿盘，罐盖内的两侧对称设有第二空腔，第二空腔内设有第二转向齿盘，第二转向齿盘与第一转向齿盘之间设有转向杆，转向杆的两端设有转向齿，转向杆的两端分别经转向齿与第一转向齿盘和第二转向齿盘连接；第二转向齿盘的底部设有第一卡接圈，第二空腔内还设有从动搅拌轴，从动搅拌轴穿插过第二转向齿盘的中部，从动搅拌轴的底部设有滑轨，滑轨上设有第二卡接圈。本发明通过整体结构的设置，可以在石墨烯制备物料冷却过程中，增加对物料的搅拌幅度，提高石墨烯生产质量。 【EN】The invention discloses a turnover reinforced stirring device for production, which comprises a reaction tank body, wherein a tank cover is arranged at the top of the reaction tank body, a first cavity is arranged in the tank cover, a first steering fluted disc is arranged in the first cavity, second cavities are symmetrically arranged on two sides in the tank cover, a second steering fluted disc is arranged in the second cavity, a steering rod is arranged between the second steering fluted disc and the first steering fluted disc, steering teeth are arranged at two ends of the steering rod, and two ends of the steering rod are respectively connected with the first steering fluted disc and the second steering fluted disc through the steering teeth; the second turns to the bottom of fluted disc and is equipped with first joint circle, still is equipped with driven (mixing) shaft in the second cavity, and driven (mixing) shaft alternates the second and turns to the middle part of fluted disc, and the bottom of driven (mixing) shaft is equipped with the slide rail, is equipped with second joint circle on the slide rail. According to the invention, through the arrangement of the integral structure, the stirring amplitude of the material can be increased in the cooling process of the material prepared from the graphene, and the production quality of the graphene is improved.

摘要：【中文】本发明公开了一种宽带高增益微带磁偶极子天线，包括金属平面以及设置在金属平面上的若干个金属腔体，金属腔体分为两层堆叠设置，位于下层的金属腔体上设有馈电结构。该宽带高增益微带磁偶极子天线由上层天线和下层天线组合而成，每层天线可看作一个基本的微带磁偶极子天线，两层天线堆叠在一起并且谐振在临近频率，从而扩展带宽，上下两层天线方向图相近，使其方向图同相叠加从而进一步天线的增大带宽和增益。另外上层天线由两个金属腔体构成，避免因为由单个金属腔体构成使得等效磁流过长，导致高阶模的产生使得天线带宽下降的问题。三个金属腔体采用一致的尺寸大小使得天线方便加工制作，满足实际应用。 【EN】The invention discloses a broadband high-gain microstrip magnetic dipole antenna, which comprises a metal plane and a plurality of metal cavities arranged on the metal plane, wherein the metal cavities are arranged in a two-layer stacked manner, and a feed structure is arranged on the metal cavity positioned at the lower layer. The broadband high-gain microstrip magnetic dipole antenna is formed by combining an upper layer antenna and a lower layer antenna, each layer of antenna can be regarded as a basic microstrip magnetic dipole antenna, the two layers of antennas are stacked together and resonate at a near frequency, so that the bandwidth is expanded, the directional diagrams of the upper layer antenna and the lower layer antenna are close to each other, and the directional diagrams of the upper layer antenna and the lower layer antenna are stacked in phase, so that the bandwidth and the gain of the antenna are further increased. In addition, the upper-layer antenna is composed of two metal cavities, so that the problem that the bandwidth of the antenna is reduced due to the fact that equivalent magnetic current is too long due to the fact that a single metal cavity is formed is solved. The three metal cavities adopt the same size, so that the antenna is convenient to process and manufacture, and the practical application is met.

摘要：【中文】本发明公开了一种混合容器自动翻转清理装置及使用方法，它包括平行布置的基座梁，所述基座梁连接成底座框架结构；所述底座框架结构的顶部支撑安装有多根立柱并相互连接成主体框架；所述主体框架的侧面并位于底座框架结构的顶部固定安装有用于清洁的机器人清理装置；所述主体框架的顶部固定安装有用于容器升降的升降组件；所述升降组件上安装有用于对容器进行翻转的摇架装置。此清理装置能够将待清洗的容器进行翻转，并将其内部的物料倒出，之后再对容器的内壁进行有效的清理，在保证作业安全的同时，提高了工作效率。 【EN】The invention discloses an automatic overturning and cleaning device for a mixing container and a using method thereof, wherein the automatic overturning and cleaning device comprises base beams which are arranged in parallel, wherein the base beams are connected into a base frame structure; a plurality of upright posts are supported and installed at the top of the base frame structure and are mutually connected to form a main body frame; a robot cleaning device for cleaning is fixedly arranged on the side surface of the main body frame and positioned at the top of the base frame structure; the top of the main body frame is fixedly provided with a lifting assembly for lifting the container; and a cradle device used for overturning the container is arranged on the lifting component. This cleaning device can overturn the container of treating abluent to pour its inside material out, later carry out effectual clearance to the inner wall of container again, when guaranteeing the operation safety, improved work efficiency.

摘要：【中文】本发明公开了一种端射折叠缝隙天线阵，包括两天线单元、两矩形金属贴片、馈电结构；两天线单元共用两块介质板，两块介质板包括一上介质板和一下介质板，其中一个天线单元设置在上介质板和下介质板的一侧，另一天线单元设置在上介质板和下介质板的另一侧，两天线单元共用两块介质板构成二元天线阵。两天线单元用串馈技术通过两矩形金属贴片连接，天线单元开设有矩形缝隙，馈电结构设置在任一天线单元的矩形缝隙处。本发明通过类似“折叠”平面缝隙天线的方式，提出一种和平面缝隙天线具有类似辐射模式的、低剖面的、垂直极化的折叠缝隙天线，并以此为天线单元构造一个在平行于平面方向实现端射的二元阵列天线。 【EN】The invention discloses an end-fire folding slot antenna array, which comprises two antenna units, two rectangular metal patches and a feed structure, wherein the two rectangular metal patches are arranged on the two antenna units; two antenna units share two dielectric slabs, the two dielectric slabs comprise an upper dielectric slab and a lower dielectric slab, one antenna unit is arranged on one side of the upper dielectric slab and one side of the lower dielectric slab, the other antenna unit is arranged on the other side of the upper dielectric slab and the other side of the lower dielectric slab, and the two antenna units share the two dielectric slabs to form a binary antenna array. The two antenna units are connected through two rectangular metal patches by using a series feed technology, rectangular gaps are formed in the antenna units, and the feed structure is arranged in the rectangular gaps of any one antenna unit. The invention provides a low-profile vertically polarized folded slot antenna with a similar radiation mode to a planar slot antenna in a mode similar to a 'folded' planar slot antenna, and a binary array antenna for realizing end-fire in a direction parallel to a plane is constructed by taking the folded slot antenna as an antenna unit.

摘要：【中文】本发明提供的一种自动清洁工件的流水线设备，包括转移机构、清洁装置、流水线机构本体，流水线机构本体数量为两条，两流水线机构本体的传输方向相反，流水线机构本体包括若干传输线体、用于承放工件的载具，传输线体用于传输载具，通过传输线体连接形成流水线机构本体；清洁装置用于清洁载具上承放的工件，通过流水线机构本体将载具传输至清洁装置处，清洁装置的清洁端对工件清洁；转移机构包括驱动器、传输组件，传输组件安装在驱动器上，通过驱动器驱使传输组件在两流水线机构本体间移动，使得载具在两流水线机构本体间循环，该设备使用方便，结构可靠，便于维修。 【EN】The invention provides assembly line equipment for automatically cleaning workpieces, which comprises a transfer mechanism, a cleaning device and assembly line mechanism bodies, wherein the number of the assembly line mechanism bodies is two, the transmission directions of the two assembly line mechanism bodies are opposite, each assembly line mechanism body comprises a plurality of transmission line bodies and a carrier for bearing the workpieces, and the transmission line bodies are used for transmitting the carriers and are connected through the transmission line bodies to form the assembly line mechanism body; the cleaning device is used for cleaning the workpieces loaded on the carrier, the carrier is conveyed to the cleaning device through the assembly line mechanism body, and the cleaning end of the cleaning device cleans the workpieces; the transfer mechanism comprises a driver and a transmission assembly, the transmission assembly is installed on the driver, and the transmission assembly is driven to move between the two pipeline mechanism bodies through the driver, so that the carrier circulates between the two pipeline mechanism bodies.

摘要：【中文】本发明提供的用于二次压合液晶屏的传输设备，包括预压机构本体、上料机构、压合机构本体、流水线机构，其中，流水线机构包括传输线体、载具，载具上承放有用于液晶屏的外壳，通过若干传输线体拼接形成用于传输载具的流水线机构；上料机构用于传输液晶屏的液晶面板；预压机构本体包括抓取组件、预压合组件，抓取组件用于抓取上料机构上的液晶面板，并将液晶面板叠放至载具的外壳上；预压合组件用于对液晶面板、外壳预压合；压合机构本体包括压合模组，压合机构本体内的压力组件对压合模组施加一作用力，所述压合模组对液晶面板、外壳二次压合，该设备结构可靠，使用方便。 【EN】The invention provides transmission equipment for secondary pressing of a liquid crystal display, which comprises a prepressing mechanism body, a feeding mechanism, a pressing mechanism body and a production line mechanism, wherein the production line mechanism comprises transmission line bodies and a carrier, a shell for the liquid crystal display is placed on the carrier, and the production line mechanism for transmitting the carrier is formed by splicing a plurality of transmission line bodies; the feeding mechanism is used for transmitting a liquid crystal panel of the liquid crystal screen; the prepressing mechanism body comprises a grabbing component and a prepressing component, wherein the grabbing component is used for grabbing the liquid crystal panel on the feeding mechanism and stacking the liquid crystal panel on the shell of the carrier; the pre-pressing component is used for pre-pressing the liquid crystal panel and the shell; the pressing mechanism body comprises a pressing module, a pressure assembly in the pressing mechanism body exerts an acting force on the pressing module, and the pressing module presses the liquid crystal panel and the shell for the second time.

摘要：【中文】本发明涉及一种软件开发方法及软件开发系统，该软件开发方法包括如下步骤：S1：获取组件库信息，使用者根据目标软件的需求，调用组件；S2：在组件库中查询与目标软件相匹配的组件；若目标软件所需组件被完全匹配，则形成目标软件模型；若目标软件所需业务组件无法被完全匹配，则进行S3步骤；S3：接收新增组件的信息，在组件库中增加新的组件，形成目标软件模型；S4：接收参数因子及与参数因子对应组件的映射及描述；S5:接收测试命令，对目标软件模型进行测试，并输出测试结果；S6：根据目标软件模型调出组件库中与目标软件相匹配的组件，并组装目标软件，生成目标软件安装文件；该软件开发方法够解决贷款产品在快速迭代过程中的业务耦合的问题。 【EN】The invention relates to a software development method and a software development system, wherein the software development method comprises the following steps: s1: acquiring information of a component library, and calling a component by a user according to the requirement of target software; s2: querying a component matched with the target software in a component library; if the components required by the target software are completely matched, forming a target software model; if the service components required by the target software cannot be completely matched, performing step S3; s3: receiving information of the newly added component, and adding the new component in a component library to form a target software model; s4: receiving the parameter factors and mapping and description of components corresponding to the parameter factors; s5, receiving the test command, testing the target software model and outputting the test result; s6: calling out components matched with the target software in a component library according to the target software model, assembling the target software, and generating a target software installation file; the software development method can solve the problem of service coupling of loan products in the rapid iteration process.