摘要：【中文】本发明涉及一种火锅底料及其制备方法，所述火锅底料包括以下重量份的原料：料油20‑40重量份、番茄酱5‑15重量份、番茄沙司3‑8重量份、西红柿70‑150重量份、白糖1‑3重量份、橙子汁0.3‑0.8重量份、蒜0.3‑0.8重量份、盐0.1‑0.5重量份、味精0.05‑0.15重量份、胡椒粉0.1‑0.3重量份，所述料油的原料组分包括香菜、洋葱、西芹、红萝卜、苹果、橙子汁以及色拉油。本发明所述火锅底料，颜色红亮诱人，味道鲜美独特，适合不同地区的口味需求且食后不上火，本发明用于涮食各类蔬菜、肉类，能够与食材本身的香味彼此增益而完美融合，因而久食不腻，本发明营养价值高，适宜人群广，适合推广应用。 【EN】The invention relates to a hotpot condiment and a preparation method thereof, wherein the hotpot condiment comprises the following raw materials in parts by weight: 20-40 parts of cooking oil, 5-15 parts of tomato sauce, 3-8 parts of tomato sauce, 70-150 parts of tomatoes, 1-3 parts of white sugar, 0.3-0.8 part of orange juice, 0.3-0.8 part of garlic, 0.1-0.5 part of salt, 0.05-0.15 part of monosodium glutamate and 0.1-0.3 part of ground pepper, wherein the raw materials of the cooking oil comprise caraway, onion, celery, carrot, apple, orange juice and salad oil. The hotpot condiment disclosed by the invention is red and bright in color, attractive, delicious and unique in taste, suitable for taste requirements of different regions, and free of excessive internal heat after being eaten.

摘要：【中文】本发明适用于移液检测设备技术领域，提供了一种TIP头自动适配器和移液组件，该TIP头自动适配器包括：主轴体，其一端用于安装TIP头；框架，安装于主轴体上并能够沿主轴体的轴向方向滑动；以及感应件，固定安装于主轴体上；其中，框架设置为由TIP头推动滑动直至被感应件感应，TIP头是否被成功拾取由感应件的触发信号来反映，可以保证所有TIP头均被成功拾取，避免出现因未被成功拾取而未有效移液的情况发生，保证移液操作的正常、连续进行，保证试样的有效性以及检测结果的准确性；具有该TIP头自动适配器的移液组件，其能够探测TIP头是否被成功拾取，保证移液操作的正常、连续进行，保证试样的有效性以及检测结果的准确性。 【EN】The invention is suitable for the technical field of pipetting detection equipment, and provides a TIP head automatic adapter and a pipetting assembly, wherein the TIP head automatic adapter comprises: a main shaft body, one end of which is used for installing a TIP head; a frame mounted on the main shaft body and capable of sliding along the axial direction of the main shaft body; the induction piece is fixedly arranged on the main shaft body; the frame is arranged to be pushed by the TIP head to slide until the TIP head is sensed by the sensing piece, and whether the TIP head is successfully picked up or not is reflected by a trigger signal of the sensing piece, so that all the TIP heads can be successfully picked up, the situation that liquid is not effectively transferred due to unsuccessful picking up is avoided, the normal and continuous operation of liquid transferring operation is ensured, and the effectiveness of a sample and the accuracy of a detection result are ensured; the pipetting assembly with the automatic TIP head adapter can detect whether the TIP head is successfully picked up, ensure normal and continuous pipetting operation, and ensure the validity of a sample and the accuracy of a detection result.

摘要：【中文】本发明适用于医疗器械技术领域，提供了一种清洗装置，该清洗装置包括：主框体，包括横梁以及连接于所述横梁的相对两侧的至少两个侧立板；清洗管组件，设于所述侧立板之间；所述清洗管组件包括支撑体以及安装于所述支撑体上的至少一个清洗管；所述支撑体与所述侧立板的内侧面转动连接；以及第一驱动组件，连接于所述支撑体，所述第一驱动组件用于驱动所述清洗管组件往复转动，如此，清洗管能够往复地转动，待清洗物体在清洗管内同时作往复转动，在转动过程中对待清洗物体进行清洗，清洗效率高，清洗效果佳。 【EN】The invention is suitable for the technical field of medical instruments, and provides a cleaning device, which comprises: the main frame body comprises a cross beam and at least two side vertical plates connected to two opposite sides of the cross beam; the cleaning pipe assembly is arranged between the side vertical plates; the cleaning tube assembly comprises a support body and at least one cleaning tube arranged on the support body; the support body is rotationally connected with the inner side surface of the side vertical plate; and a first drive assembly, connect in the supporter, a drive assembly is used for the drive the scavenge pipe subassembly reciprocating rotation, so, the scavenge pipe can rotate reciprocally, treats that the washing object makes reciprocating rotation in the scavenge pipe simultaneously, treats that the washing object washs at the rotation in-process, and the cleaning efficiency is high, and the cleaning performance is good.

摘要：一种岩土工程勘察外业数据采集系统是利用智能终端采集并实时或离线上传勘察外业获得的钻孔土层基本数据、原位测试数据、取样数据、水位数据、图片数据及其他自定义数据，然后在服务器端生成统一格式的原始记录单及勘察需要的数据文件，该系统的应用改变了传统纸笔记录勘察数据的陈旧工作模式，显著地提高了勘察外业信息化水平，极大的降低了勘察技术人员的工作强度、提高了工作效率，同时为建设综合性信息化管理平台提供了数字化数据。

摘要：本发明提供了一种钢板结构以及装配式土钉墙，属于建筑建造领域，包括钢制主板、钢制副板以及加固筋，钢制主板包括相对设置的第一板面和第二板面以及包括至少一对相对设置的侧面，钢制副板贴合在第二板面上，钢制主板与钢制副板通过螺栓连接，钢制主板上设置有锚固孔、注浆口，锚固孔贯穿钢制主板以及钢制副板设置；每对侧面分别设置有相互配合的第一凹凸结构和第二凹凸结构；加固筋固定在第一板面上。在墙体与坡面之间从注浆口处灌注混凝土，混凝土位于墙体和坡面之间，减少尘土飞扬，混凝土灌注施工过程中对环境的污染小，且钢板结构可以回收利用，减少了材料的浪费，节省了成本。

摘要：【中文】本发明适用于生物检测技术领域，提供了一种移液平台。本发明的移液平台包括用于从目标件内吸取溶液或向目标件内注入溶液的移液单元，以及设于移液单元的下方用的遮挡单元，移液单元上设有主动部，遮挡单元于接收移液单元滴落的溶液，遮挡单元上设有用于与主动部配合的从动部；移液单元朝靠近目标件的方向移动时，主动部引导从动部移动并带动遮挡单元从移液单元的下方撤离；移液单元朝远离目标件的方向移动时，遮挡单元移动至移液单元的下方，能够解决现有的移液机构存在移液后液体易滴落而导致污染的产生的技术问题。 【EN】The invention is suitable for the technical field of biological detection and provides a liquid transfer platform. The liquid transfer platform comprises a liquid transfer unit and a shielding unit, wherein the liquid transfer unit is used for sucking a solution from a target piece or injecting the solution into the target piece, the shielding unit is arranged below the liquid transfer unit and is provided with a driving part, the shielding unit is used for receiving the solution dripped by the liquid transfer unit, and the shielding unit is provided with a driven part matched with the driving part; when the pipetting unit moves towards the direction close to the target piece, the driving part guides the driven part to move and drives the shielding unit to evacuate from the lower part of the pipetting unit; when moving liquid transfer unit towards the direction of keeping away from the target piece, shelter from the unit and remove liquid transfer unit's below, can solve current liquid transfer mechanism and have the liquid after moving liquid and easily drip and lead to the technical problem of the production of pollution.

摘要：【中文】本发明公开了一种基于特征图稀疏化的卷积神经网络剪枝方法，涉及如何压缩卷积神经网络减少其参数量和计算量以便于实际部署；在训练过程中，通过在损失函数中增加对激活层之后的特征图L1或L2正则化，使相应的特征图通道具有不同的稀疏度，在一定剪枝率下根据特征图通道的稀疏度剪去相应通道对应的卷积核，微调剪枝后网络获得新的准确度，根据剪枝前后的准确度变化调节剪枝率，经过多次迭代，寻找近最优剪枝率，在满足准确度不下降的条件下，实现最大程度的剪枝。该方法大大减少了卷积神经网络的参数量和计算量。 【EN】The invention discloses a convolutional neural network pruning method based on feature map sparsification, and relates to how to compress a convolutional neural network to reduce the parameter quantity and the calculated quantity of the convolutional neural network so as to facilitate actual deployment; in the training process, the feature map L1 or L2 after the activation layer is regularized by adding a loss function, corresponding feature map channels have different sparsity, convolution kernels corresponding to the corresponding channels are cut off according to the sparsity of the feature map channels under a certain pruning rate, a network after pruning is finely tuned to obtain new accuracy, the pruning rate is adjusted according to the accuracy change before and after pruning, the near-optimal pruning rate is searched through multiple iterations, and maximum pruning is realized under the condition that the accuracy is not reduced. The method greatly reduces the parameter quantity and the calculation quantity of the convolutional neural network.

摘要：【中文】本申请涉及牲畜养殖技术领域，具体的，涉及了一种牲畜脸识别设备及具有其的围栏；牲畜脸识别设备包括安装管、摄像头、升降机构和连接机构；安装管设有开孔；摄像头包括本体和镜头，本体通过开孔内嵌于安装管内，镜头位于安装管外；升降机构与安装管连接，并用于带动安装管升降；连接机构用于连接围栏，升降机构安装在连接机构上。本申请通过任意一种连接机构将整个设备安装在牲畜围栏上，并将摄像头直接内嵌于安装管内，无需单独设计摄像头支架，保证摄像头的安装稳定性，且对摄像头本体结构进行保护，防止摄像头损坏，减轻后续摄像头维护负担；再通过升降机构对摄像头高度进行调节，以满足拍摄要求。 【EN】The application relates to the technical field of livestock breeding, in particular to livestock face identification equipment and a fence with the same; the livestock face identification equipment comprises an installation pipe, a camera, a lifting mechanism and a connecting mechanism; the mounting pipe is provided with an opening; the camera comprises a body and a lens, wherein the body is embedded in the mounting pipe through the opening, and the lens is positioned outside the mounting pipe; the lifting mechanism is connected with the mounting pipe and is used for driving the mounting pipe to lift; the connecting mechanism is used for connecting the fence, and the lifting mechanism is arranged on the connecting mechanism. The whole equipment is installed on the livestock fence through any connecting mechanism, the camera is directly embedded in the installation pipe, a camera support does not need to be designed independently, the installation stability of the camera is guaranteed, the structure of the camera body is protected, the damage of the camera is prevented, and the maintenance burden of the subsequent camera is reduced; and the height of the camera is adjusted through the lifting mechanism so as to meet the shooting requirement.

摘要：【中文】本发明提供一种透射电镜样品厚度的测量方法，包括如下步骤：步骤一、建立孪晶面的第一模型；步骤二、建立孪晶面的第二模型；步骤三、通过将第一模型和第二模型组合获得孪晶面的第三模型；步骤四、将透射电镜样品放入电镜后，不倾转样品，采集所检测区域的明场图像和暗场图像，通过明场像和暗场像相结合的方式测量出孪晶面的投影宽度；步骤五、将透射电镜样品沿着平行于孪晶面的晶带轴倾转角度，采集步骤四中所述孪晶面在该工况下的投影宽度；步骤六、将步骤四中和步骤五中测量出的孪晶面的投影宽度均代入第三模型中，确定检测区域的样品厚度。本发明可快速精确的测量出透射电镜所检测区域的样品厚度。 【EN】The invention provides a method for measuring the thickness of a transmission electron microscope sample, which comprises the following steps: step one, establishing a first model of a twin plane; step two, establishing a second model of the twin face; step three, obtaining a third model of the twin plane by combining the first model and the second model; step four, after the transmission electron microscope sample is placed in a microscope, the sample is not tilted, a bright field image and a dark field image of a detected area are collected, and the projection width of the twin plane is measured in a mode of combining the bright field image and the dark field image; fifthly, tilting the transmission electron microscope sample along a crystal band axis parallel to the twin crystal face by an angle, and acquiring the projection width of the twin crystal face under the working condition in the fourth step; and step six, substituting the projection widths of the twin planes measured in the step four and the step five into a third model, and determining the thickness of the sample in the detection area. The invention can quickly and accurately measure the thickness of the sample in the detection area of the transmission electron microscope.

摘要：【中文】本发明提供一种在透射电镜中测量面心立方晶体样品里孪晶面宽度的方法，包括如下步骤：步骤一、建立面心立方晶体样品里孪晶面的第一模型，所述第一模型是根据投影几何获得的；步骤二、将面心立方透射电镜样品放入电镜后，查找含有孪晶组织的薄区，将所检测晶粒倾转到<110>晶带轴；步骤三：调节放大倍数，采集孪晶面的投影图像，包括明场图像和暗场图像，并从图像中测量出孪晶面的投影宽度；步骤四：将步骤三中测量的孪晶面的投影宽度值代入第一模型中，确定透射样品中孪晶面的实际宽度。本发明操作简单，仅仅需要将样品倾转到低指数的<110>晶带轴；计算公式简洁，能够在透射电镜测试过程中快速计算出所孪晶面的实际宽度；不用加装硬件和软件即可测量。 【EN】The invention provides a method for measuring the width of a twin crystal face in a face-centered cubic crystal sample in a transmission electron microscope, which comprises the following steps: establishing a first model of twin crystal faces in a face-centered cubic crystal sample, wherein the first model is obtained according to projection geometry; secondly, after the face-centered cubic transmission electron microscope sample is placed in a microscope, a thin area containing a twin crystal structure is searched, and the detected crystal grains are inclined to a <110> crystal band axis; step three: adjusting the magnification, collecting a projection image of the twin plane, including a bright field image and a dark field image, and measuring the projection width of the twin plane from the image; step four: and (4) substituting the projection width value of the twin plane measured in the third step into the first model to determine the actual width of the twin plane in the transmission sample. The invention is simple to operate, and only the sample needs to be tilted to the <110> crystal band axis with low index; the calculation formula is simple, and the actual width of the twin crystal face can be rapidly calculated in the transmission electron microscope testing process; the measurement can be carried out without additionally installing hardware and software.