摘要：【中文】本发明涉及茶树繁育嫁接技术领域，具体为一种七佛贡茶芽紫茶选育和嫁接方法，包括如下步骤：步骤一：材料用具的准备；步骤二：接穗的选择；步骤三：粘木处理；步骤四：接槽的开启；步骤五：接穗；步骤六：绑绳袋套；步骤七：嫁接初期护理；步骤八：遮阴；步骤九：除草、抹芽；步骤十：打顶修剪；步骤十一：防风；步骤十二：病虫害防治。本发明由于在优良品种母株上,选取腋芽饱满、无病虫害的半木质品种枝条作为接穗，使得紫芽茶繁育的基础优良，同时在嫁接作业后的护理方面我们通过浇水、遮阴、抹芽、打顶修剪、防风、病虫害防治等方面对嫁接刚完成的植株进行进行照顾和培育，使得植株的存活率高。 【EN】The invention relates to the technical field of tea tree breeding and grafting, in particular to a method for breeding and grafting Qifu tribute tea bud purple tea, which comprises the following steps: the method comprises the following steps: preparing a material appliance; step two: selecting a scion; step three: wood sticking treatment; step four: opening the connecting groove; step five: scion grafting; step six: tying a rope bag sleeve; step seven: nursing in the early grafting stage; step eight: shading; step nine: weeding and bud picking; step ten: topping and pruning; step eleven: preventing wind; step twelve: and (4) pest control. According to the method, semi-woody branches with plump axillary buds and no plant diseases and insect pests are selected as scions on excellent variety stock plants, so that the purple bud tea breeding basis is excellent, and meanwhile, in the nursing aspect after grafting operation, the plants which are just grafted are cared and cultivated through watering, shading, bud picking, topping and pruning, wind prevention, pest control and the like, so that the survival rate of the plants is high.

摘要：【中文】本发明公开了一种用于验证钞箱摩钞间隙装置，该钞箱包括钞箱主体；钞箱主体后端，安装有下挖钞轮和止逆轮；下挖钞轮和止逆轮，分别通过横向分布的下挖钞轮轴和止逆轮轴，与钞箱主体的左右两端相连接；下挖钞轮轴的右端，通过一个轴承与钞箱主体的右侧壁相连接；止逆轮轴的左端部和右端部，分别横向贯穿钞箱主体的左侧壁和右侧壁后，均与一个偏心轮的上部相连接；该用于验证钞箱摩钞间隙装置包括验证摩钞纵向间隙左装置、验证摩钞纵向间隙右装置和验证摩钞横向间隙装置。本发明公开的用于验证钞箱摩钞间隙装置，能够方便、可靠地判断下挖钞轮与止逆轮配合的横向间隙和纵向间隙是否合格，从而提高钞箱整体生产效率以及生产质量。 【EN】The invention discloses a device for verifying a banknote-rubbing gap of a banknote box, which comprises a banknote box main body; the rear end of the paper money box main body is provided with a lower paper money digging wheel and a non-return wheel; the lower banknote digging wheel and the non-return wheel are respectively connected with the left end and the right end of the banknote box main body through a lower banknote digging wheel shaft and a non-return wheel shaft which are transversely distributed; the right end of the lower banknote digging wheel shaft is connected with the right side wall of the banknote box main body through a bearing; the left end part and the right end part of the non-return wheel shaft respectively transversely penetrate through the left side wall and the right side wall of the cash box main body and are connected with the upper part of an eccentric wheel; the device for verifying the banknote-rubbing gap of the banknote box comprises a left device for verifying the longitudinal gap of the banknote-rubbing, a right device for verifying the longitudinal gap of the banknote-rubbing and a transverse gap device for verifying the banknote-rubbing. The device for verifying the banknote-rubbing gap of the banknote box disclosed by the invention can conveniently and reliably judge whether the transverse gap and the longitudinal gap matched with the lower banknote digging wheel and the non-return wheel are qualified or not, so that the overall production efficiency and the production quality of the banknote box are improved.

摘要：【中文】本发明公开一种金融设备纸币磁图像感应器间隙调节装置，包括一个检测基板，所述检测基板的两端沿高度方向形成槽体，所述槽体中竖直安装有强力磁铁，所述检测基板的下表面形成与通道轮顶板配合的定位槽；所述检测基板用于贴紧在磁图像感应器的上表面，使两个所述的强力磁铁正好放在通道轮顶板的上面，能使通道轮顶板被吸在定位槽中以通过螺钉进行锁紧固定。本发明能实现在非闭合状态下进行磁图像感应器的安装调节，实现调节磁图像感应器间隙满足间隙要求。 【EN】The invention discloses a clearance adjusting device for a paper money magnetic image sensor of financial equipment, which comprises a detection substrate, wherein two ends of the detection substrate form a groove body along the height direction, a strong magnet is vertically arranged in the groove body, and a positioning groove matched with a top plate of a channel wheel is formed on the lower surface of the detection substrate; the detection substrate is used for being attached to the upper surface of the magnetic image sensor, so that the two powerful magnets are just placed on the channel wheel top plate, and the channel wheel top plate can be attracted into the positioning groove to be locked and fixed through the screw. The invention can realize the installation and adjustment of the magnetic image sensor in a non-closed state, and realize the adjustment of the gap of the magnetic image sensor to meet the gap requirement.

摘要：【中文】一种建筑物结构安全的侦测系统，所述侦测系统包括：第一侦测模块，用于侦测建筑物的摇晃及倾斜状态，并生成第一侦测结果；第二侦测模块，用于侦测所述建筑物的结构特征宽度，并生成第二侦测结果；服务器，用于根据所述第一侦测结果和所述第二侦测结果分析所述建筑物的安全状况，并生成第一分析结果。本发明还提供一种建筑物的侦测方法。 【EN】A detection system for building structure security, the detection system comprising: the first detection module is used for detecting the shaking and inclining states of the building and generating a first detection result; the second detection module is used for detecting the structural feature width of the building and generating a second detection result; and the server is used for analyzing the safety condition of the building according to the first detection result and the second detection result and generating a first analysis result. The invention also provides a building detection method.

摘要：【中文】本发明公开了一种弱电网下基于广义二阶积分器的储能变换器改进控制方法，其用于三相三线制双级式储能变换器电网侧控制，可改善其弱电网运行稳定性的控制算法。该算法通过增加电流反馈和广义二阶积分器组成的控制环路，将经过广义二阶积分器处理的信号与原调制电压叠加，可改变储能变换器的阻抗特性，进而削弱储能变换器等效阻抗与电网等效阻抗之间的异常交互作用，从而增加储能变换器对弱电网的适应能力。 【EN】The invention discloses an improved control method of an energy storage converter based on a generalized second-order integrator under a weak power grid, which is used for controlling the power grid side of a three-phase three-wire system two-stage energy storage converter and can improve the operation stability of the weak power grid. According to the algorithm, a control loop formed by current feedback and a generalized second-order integrator is added, and a signal processed by the generalized second-order integrator is superposed with an original modulation voltage, so that the impedance characteristic of the energy storage converter can be changed, the abnormal interaction between the equivalent impedance of the energy storage converter and the equivalent impedance of a power grid is weakened, and the adaptability of the energy storage converter to a weak power grid is improved.

摘要：【中文】本发明公开了一种基于卷积神经网络的单图像去雨方法。本发明首先，我们并未使用导向滤波或者其他滤波分离图像以尽可能地保留图像的原始信息。其次，我们提出了我们的RK块来代替残差块以更高效地提取特征。最后，我们提出了特征转换连结操作来处理多尺度雨线。此外，批正则化操作假设了特征都有着相同的分布，然而不同的雨线有着不同的方向、颜色和形状，因此我们移除了网络中所有的批正则化操作。本发明的有益效果：以卷积神经网络为基础，设计一类较为简洁、高效的单步单流去雨网络模型，以便更好地修复带雨图像，同时保持修复质量和模型大小之间的平衡。 【EN】The invention discloses a single image rain removing method based on a convolutional neural network. First, we do not use guided filtering or other filtering to separate the images to preserve as much of the original information of the images as possible. Second, we propose our RK blocks to replace the residual blocks to extract features more efficiently. Finally, we propose a feature transformation join operation to handle multi-scale rain lines. Furthermore, the batch regularization operations assume that the features all have the same distribution, whereas different rain lines have different directions, colors, and shapes, so we remove all the batch regularization operations in the network. The invention has the beneficial effects that: based on the convolutional neural network, a simple and efficient single-step single-flow rain removal network model is designed so as to better repair a rain-carrying image and simultaneously keep balance between repair quality and model size.

摘要：【中文】本申请涉及一种无线充电互操作系统性能认证方法。通过建立所述无线充电互操作系统的电路阻抗模型，以从所述电路阻抗模型中获取第一认证目标和第二认证目标。第一认证目标值和第二认证目标值均会随着所述无线充电互操作系统的设备变量参数的变化而变化。其次，获取所述无线充电互操作系统的设备固定参数，并估计所述无线充电互操作系统的目标功率，进而获得第一认证区间和第二认证区间。当在设备变量参数的取值范围内，存在第一认证目标值位于第一认证区间内，并且第二认证目标值位于所述第二认证区间内时，即可判定所述无线充电互操作系统能进行互操作。本申请利用阻抗模型迅速有效的对无线充电互操作系统的互操作可行性进行了有效判断。 【EN】The application relates to a wireless charging interoperation system performance authentication method. The method comprises the steps of establishing a circuit impedance model of the wireless charging interoperation system to obtain a first authentication target and a second authentication target from the circuit impedance model. The first authentication target value and the second authentication target value are changed along with the change of the device variable parameter of the wireless charging interoperation system. Secondly, acquiring the device fixed parameters of the wireless charging interoperation system, estimating the target power of the wireless charging interoperation system, and further acquiring a first authentication interval and a second authentication interval. When the first authentication target value is located in the first authentication interval and the second authentication target value is located in the second authentication interval in the value range of the equipment variable parameter, it can be determined that the wireless charging interoperation system can interoperate. The method and the device utilize the impedance model to rapidly and effectively judge the interoperation feasibility of the wireless charging interoperation system.

摘要：【中文】本发明公开一种基于代码更改关键类判定的代码提交注释预测方法，包括根据修改前的代码、修改后的代码与代码更改内容提取出结构性耦合信息作为代码结构特征，将代码更改内容作为代码修改特征；将代码结构特征与代码修改特征作为LightGBM的输入，判断此次代码更改中的关键类和非关键类；在此基础上将关键类作为transformer模型的输入，预测生成提交注释信息。本发明本发明通过识别代码修改中的关键类再对其进行提交注释信息的预测，提高了提交注释预测的有效性和准确性。 【EN】The invention discloses a code submission annotation prediction method based on code change key class judgment, which comprises the steps of extracting structural coupling information as code structural characteristics according to a code before modification, a code after modification and code change content, and using the code change content as the code change characteristics; taking the code structure characteristic and the code modification characteristic as the input of the LightGBM, and judging the key class and the non-key class in the code modification; and on the basis, the key class is used as the input of a transform model, and submission annotation information is generated in a prediction mode. The invention carries out the prediction of the submitted annotation information by identifying the key class in the code modification, thereby improving the effectiveness and the accuracy of the submitted annotation prediction.

摘要：【中文】本发明公开了一种特种车辆供电系统及其工作方法，所述供电系统包括：动力电池组、能量型电池组、第一高压箱、双向DCDC模块、第一电磁冲击防护配电箱和第二电磁冲击防护配电箱；所述第一高压箱经双向DCDC模块连接能量型电池组；所述第一高压箱连接底盘控制及动力系统，又经第一电磁冲击防护配电箱连接各上装控制分系统；所述能量型电池组经第二电磁冲击防护配电箱连接高能设备器；所述第一高压箱具有第一充电口，用于经第一充电机连接至市电为动力电池组进行充电；所述能量型电池组具有第二充电口，用于经第二充电机连接至市电为能量型电池组进行充电。本发明在满足各系统供电需求的情况下可以在紧急供电时实现双向充电，提高系统可靠性。 【EN】The invention discloses a special vehicle power supply system and a working method thereof, wherein the power supply system comprises: the power battery pack, the energy battery pack, the first high-voltage box, the bidirectional DCDC module, the first electromagnetic impact protection distribution box and the second electromagnetic impact protection distribution box; the first high-voltage box is connected with an energy type battery pack through a bidirectional DCDC module; the first high-voltage box is connected with the chassis control and power system and is also connected with each upper control subsystem through a first electromagnetic impact protection distribution box; the energy type battery pack is connected with a high-energy equipment through a second electromagnetic impact protection distribution box; the first high-voltage box is provided with a first charging port and is used for being connected to a mains supply through a first charger to charge a power battery pack; the energy type battery pack is provided with a second charging port and is used for being connected to commercial power through a second charger to charge the energy type battery pack. The invention can realize bidirectional charging in emergency power supply under the condition of meeting the power supply requirement of each system, thereby improving the reliability of the system.

摘要：【中文】本发明涉及一种制造异种材料接合体的方法，所述方法包括：通过照射激光在玻璃层的表面上形成蚀刻线的步骤；和在其上形成有蚀刻线的玻璃层上设置树脂层，然后通过用激光照射接合树脂层和玻璃层的步骤。 【EN】The present invention relates to a method of manufacturing a dissimilar material joined body, the method including: a step of forming an etching line on the surface of the glass layer by irradiating laser light; and a step of providing a resin layer on the glass layer on which the etching line is formed, and then joining the resin layer and the glass layer by irradiating with laser light.