摘要：【中文】本发明涉及PCB Layout中更新放置封装pad的方法，包括S1.选取矢量软件和PCB Layout软件；S2.获取一个新需要建封装器件的DXF格式文件；S3.选取一个器件的封装原始档，作为第一DXF格式文件；S4.获取器件DXF规格书，作为第二DXF格式文件；S5.在矢量软件内同时打开第一DXF格式文件和第二DXF格式文件，并将第二DXF格式文件复制到第一DXF格式文件内，原点重合且在同个DXF格式文件内分别处于不同的图层；S6.将具有两个示例器件的DXF保存，作为第三DXF格式文件，并修改第三DXF格式文件里面两个不同层的名字；S7.在PCB Layout软件中导入第三DXF格式文件，选择具有与PCB Layout软件相对应丝印层的器件，添加PIN，完成封装制作。本发明解决现有封装方法中无法更新放置封装及无法调用PAD的问题。 【EN】The invention relates to a method for updating and placing a package pad in PCB Layout, which comprises S1, selecting vector software and PCB Layout software; s2, acquiring a DXF format file of a device to be packaged newly; s3, selecting a packaging original file of a device as a first DXF format file; s4, acquiring a DXF specification of the device as a second DXF format file; s5, simultaneously opening a first DXF format file and a second DXF format file in the vector software, copying the second DXF format file into the first DXF format file, and overlapping the original points and respectively locating in different layers in the same DXF format file; s6, saving the DXF with the two example devices as a third DXF format file, and modifying the names of two different layers in the third DXF format file; and S7, importing a third DXF format file into the PCB Layout software, selecting a device with a silk-screen layer corresponding to the PCB Layout software, adding PIN, and finishing packaging manufacture. The invention solves the problems that the existing packaging method can not update the placement package and can not call the PAD.

摘要：【中文】本发明一种新型水管道铺设方法，将传统铺设在地下的水管道改为铺设在天花板上，通过对管道铺设定位，管道铺设开槽、打眼，管道铺设，管道铺设连接，管道通水压力测试和管道通水测试，使用抱箍吊卡对管道进行固定，并在热水管道外包缠保温棉，以阻止热水管道的散热，管道安装好并正常工作；本发明改变了传统的方法，水管道走顶时水电工仅仅需要使用冲击钻在房屋顶面按照固定间距打眼即可，节省电费、人力成本下降、工费成本下降，发生漏水时通过水滴到天花板上的声音可以很容易的感知到漏水情况的发生，且渗漏点肉眼观察即可准确定位，维修简便，肉眼观察渗漏点后将渗漏点进行处理即可。 【EN】The invention relates to a novel water pipeline laying method, which is characterized in that a water pipeline which is traditionally laid on the ground is changed into a water pipeline which is laid on a ceiling, and the pipeline is laid and positioned, and is grooved and perforated, laid and connected, and subjected to water pressure test and water test, the pipeline is fixed by using a hoop elevator, and heat insulation cotton is wrapped outside a hot water pipeline to prevent the heat dissipation of the hot water pipeline, so that the pipeline is well installed and normally works; the invention changes the traditional method, when the water pipeline goes to the top, water and electricity workers only need to use the impact drill to drill holes on the top surface of the house according to a fixed distance, so that the electricity cost, the labor cost and the labor cost are saved, when water leakage occurs, the water leakage condition can be easily sensed through the sound of water dropping on the ceiling, the leakage point can be accurately positioned by visual observation, the maintenance is simple and convenient, and the leakage point can be treated after the visual observation.

摘要：【中文】本发明公开了一种从千根草(Euphorbia thymifolia L.)中分离得到的伪愈创木内酯倍半萜类化合物在制备破骨细胞分化抑制剂上的应用。申请人经过试验证明，上述式(I)所示化合物对破骨细胞生成、破骨活性具有直接而显著的抑制作用特点，使其可以作为一个破骨细胞分化抑制剂类药物，用于破骨细胞分化抑制剂所治疗疾病。 【EN】The invention discloses an application of a pseudo guaianolide sesquiterpene compound separated from Euphorbia lathyris (Euphorbia thymifolia L.) in preparing an osteoclast differentiation inhibitor. The applicant proves through experiments that the compound shown in the formula (I) has the characteristics of direct and remarkable inhibitory action on osteoclastogenesis and osteoclastic activity, so that the compound can be used as an osteoclast differentiation inhibitor drug and is used for treating diseases treated by the osteoclast differentiation inhibitor.

摘要：【中文】本发明提供一种用于总线型伺服驱动器的位置细分方法、装置及存储介质，方法包括：从控制器中获得总线同步周期和位置指令增量；从伺服驱动器中获得伺服驱动器位置环周期；根据总线同步周期和伺服驱动器位置环周期进行计算，获得一个总线同步周期中位置环周期的数量；根据位置指令增量和一个总线同步周期中位置环周期的数量进行增量计算，获得位置增量和余数根据一个总线同步周期中位置环周期的数量、位置增量和余数进行计算分析，获得位置环的位置给定值和最终位置环的位置给定值。本发明能够更精准的控制伺服电机的运行，提高伺服驱动器的频率响应特性，减少伺服电机在运行过程中的抖动情况，提高了工业生产的工作效率。 【EN】The invention provides a position subdivision method, a device and a storage medium for a bus type servo driver, wherein the method comprises the following steps: acquiring a bus synchronization period and a position instruction increment from a controller; obtaining a servo driver position loop period from a servo driver; calculating according to the bus synchronization period and the servo driver position ring period to obtain the number of the position ring periods in one bus synchronization period; and performing increment calculation according to the position instruction increment and the number of the position ring cycles in one bus synchronization cycle, performing calculation analysis according to the number of the position ring cycles in the bus synchronization cycle, the position increment and the remainder to obtain a position given value of the position ring and a position given value of the final position ring. The invention can more accurately control the operation of the servo motor, improve the frequency response characteristic of the servo driver, reduce the shaking condition of the servo motor in the operation process and improve the working efficiency of industrial production.

摘要：【中文】本发明公开了一种绝缘件的制造方法，包括：获取制造所述绝缘件所需的基材；根据所述绝缘件的待调控区域的待调控性能，获取符合预设条件的填充材料；其中，所述填充材料的目标特性与所述基材的同一特性的大小不相等；所述目标特性与所述待调控性能呈正相关或负相关、且与所述填充材料的分布密度呈正相关；将所述基材和所述填充材料均匀混合，注入预设的绝缘件模具，并设定预设角度静置，以使所述填充材料在所述基材中定向移动，直至所述绝缘件的所述待调控性能趋于均匀；最后将所述绝缘件加热成型。本发明还公开了相应的绝缘件的制造装置，能够提高绝缘件中局部区域的填充材料的分布密度，以制造在电力设备运行中相应性能趋于均匀的绝缘件。 【EN】The invention discloses a manufacturing method of an insulating part, which comprises the following steps: obtaining a substrate required for manufacturing the insulating part; according to the performance to be regulated and controlled of the area to be regulated and controlled of the insulating part, obtaining a filling material meeting preset conditions; wherein the target property of the filler material is not equal in magnitude to the same property of the substrate; the target characteristic is positively or negatively correlated with the performance to be regulated and positively correlated with the distribution density of the filling material; uniformly mixing the base material and the filling material, injecting the mixture into a preset insulating part mold, and setting a preset angle for standing so as to enable the filling material to directionally move in the base material until the performance of the insulating part to be regulated tends to be uniform; and finally, heating and forming the insulating part. The invention also discloses a corresponding manufacturing device of the insulating part, which can improve the distribution density of the filling material in the local area of the insulating part so as to manufacture the insulating part with uniform corresponding performance in the operation of the power equipment.

摘要：【中文】本发明公开了一种电缆加工方法，其包括：制备待加工电缆的电缆线芯导体层；制备对应的导体屏蔽层；制备对应的绝缘层包裹于所述导体屏蔽层外侧；制备对应的绝缘屏蔽层包裹于所述绝缘层外侧；在环氧树脂基材中添加高热导率颗粒；将包裹有所述绝缘屏蔽层的待加工电缆缠绕在卷轮机上，控制所述卷轮机运转以使所述待加工电缆浸入所述浸泡池内；将所述浸泡池内的所述待加工电缆以垂直方向进行提拉，自然晾干后放入烘焙箱进行加热处理。本发明提供的电缆加工方法，通过在环氧树脂基材中填充高热导率填充颗粒，构建具有高热导率的薄膜层，保证了整个电缆具有较佳的电气性能、屏蔽性能与导热性能，加工方法步骤清晰，极大地方便了电缆的生产与加工流程。 【EN】The invention discloses a cable processing method, which comprises the following steps: preparing a conductor layer of a cable core of the cable to be processed; preparing a corresponding conductor shielding layer; preparing a corresponding insulating layer to wrap the outer side of the conductor shielding layer; preparing a corresponding insulation shielding layer to wrap the outer side of the insulation layer; adding high thermal conductivity particles to an epoxy resin substrate; winding the cable to be processed wrapped with the insulation shielding layer on a winding machine, and controlling the winding machine to operate so as to enable the cable to be processed to be immersed in the soaking pool; and lifting the cable to be processed in the soaking pool in a vertical direction, naturally airing the cable, and then putting the cable into a baking oven for heating treatment. According to the cable processing method provided by the invention, the high-thermal-conductivity filling particles are filled in the epoxy resin base material to construct the thin film layer with high thermal conductivity, so that the whole cable is ensured to have better electrical property, shielding property and thermal conductivity, the processing method has clear steps, and the production and processing flow of the cable is greatly facilitated.