摘要：【中文】本申请实施例公开了一种控制方法、AR设备及计算机可读存储介质，其中，所述方法应用于AR设备，所述AR设备至少包括设置于光机上的调光玻璃，所述控制方法包括：获取与自身建立有通信连接的智能终端前台运行的应用程序的属性信息；确定所述属性信息对应的调整指令，其中，所述调整指令用于调整所述调光玻璃的透明度；根据所述调整指令调整所述调光玻璃的透明度。 【EN】The embodiment of the application discloses a control method, AR equipment and a computer-readable storage medium, wherein the method is applied to the AR equipment, the AR equipment at least comprises dimming glass arranged on an optical machine, and the control method comprises the following steps: acquiring attribute information of an application program operated by a foreground of an intelligent terminal which is in communication connection with the intelligent terminal; determining an adjusting instruction corresponding to the attribute information, wherein the adjusting instruction is used for adjusting the transparency of the dimming glass; and adjusting the transparency of the dimming glass according to the adjusting instruction.

摘要：【中文】本发明公开了一种用于建材与建筑加工的管道外壁焊缝打磨装置，涉及建筑建材技术领域，解决了目前使用的打磨装置机械化结构复杂，消耗成本较高，人工操作步骤复杂，不便进行快速的操作加工，对于焊缝打磨位置的控制主要通过电器元件控制完成，不便应用于小产业的加工项目的问题。一种用于建材与建筑加工的管道外壁焊缝打磨装置，包括底座；所述底座中间顶部为突出结构，且突出结构顶部固定设置有两组立架；所述底座顶部位于立架的两侧分别通过螺栓固定设置有框架A和框架B；通过设置有聚拢环和锁紧滑杆，可以利用滑块远离将端块进行收缩，配合夹持块将管道夹紧，操作简单控制方便，平衡向强，有助于对管道的固定。 【EN】The invention discloses a pipeline outer wall weld joint polishing device for building materials and building processing, relates to the technical field of building materials, and solves the problems that the currently used polishing device is complex in mechanical structure, high in consumption cost, complex in manual operation steps, inconvenient to perform rapid operation and processing, the control of a weld joint polishing position is mainly completed through electric element control, and the welding joint polishing device is inconvenient to apply to small-industry processing items. A pipeline outer wall weld joint polishing device for building materials and building processing comprises a base; the top of the middle of the base is of a protruding structure, and two groups of vertical frames are fixedly arranged at the top of the protruding structure; the top of the base is positioned on two sides of the vertical frame and is fixedly provided with a frame A and a frame B through bolts respectively; through being provided with and gathering together ring and locking the slide bar, can utilize the slider to keep away from and shrink end block, the cooperation grip block is tight with the pipeline clamp, and easy operation control is convenient, and is balanced to strong, helps the fixed to the pipeline.

摘要：本发明公开了一种基于Faster RCNN的自适应路面抛洒物智能检测方法，涉及图像处理技术领域，包括以下步骤：步骤1、收集路面抛洒物图像，组成源样本集，并对源样本集进行预处理得到训练样本集；步骤2、利用训练样本集对Faster RCNN目标检测网络进行训练，得到初始路面抛洒物检测器；步骤3、在目标路段部署初始路面抛洒物检测器进行路面抛洒物的检测，并记录检测结果；步骤4、对检测结果进行聚类和人工干预再标注得到目标样本集，利用目标样本集对初始路面抛洒物检测器进行在线微调，提高在目标路段的准确率，得到目标路面抛洒物检测器。本发明对路面抛洒物识别的准确率和效率都比较高，能提高对未见路面场景和未见路面抛洒物的识别精度。

摘要：一种生物陶瓷膜的制备方法，本发明将钛或钛合金基体作为阳极，在含钠离子的溶液中进行微弧氧化，所用的含钠溶液采用NaOH和Na₂CO₃中的一种或者两种溶于水配制。微弧氧化时，电流强度控制在电流强度控制在10-1000mA/cm²，经0.5-300分钟处理后，在表面形成TiO₂/Na₂Ti₆O₁₃生物陶瓷膜。然后将品浸泡在含钙离子和磷酸根离子的溶液中，HAp在其表面形核生长，形成TiO₂/Na₂Ti₆O₁₃/HAp生物陶瓷膜。本发明方法工艺简单、成本低，通过此法制备的生物陶瓷膜具有很高的生物活性。

摘要：本发明为一种夹芯彩钢复合板吊顶的安装结构。其易清扫，接缝美观，方便管线、吸顶式灯具的安装，吊顶安装时省时省力，节约成本，密封性好。其包括夹芯彩钢复合板、吊梁、连接件、通丝，其特征在于：所述吊梁位于两块所述夹芯彩钢复合板组合的缝隙内部，所述吊梁不外露于所述夹芯彩钢复合板的上表面和下表面，所述吊梁的吊点位于两块所述夹芯彩钢复合板组合的缝隙的最大空间处，所述吊点通过T型螺栓、螺母连接上部的所述连接件，所述连接件压装于所述夹芯彩钢复合板的上表面，所述连接件连接所述通丝吊杆，所述吊梁的下端有缝隙控制分隔条，两块所述夹芯彩钢复合板组合的下表面缝隙处通过密封胶密封连接。

摘要：本方案提供的化学机械研磨方法，在三维存储器的外围电路区域以及存储区域沉积氧化层后，对外围电路区域进行第一道刻蚀，使得外围电路区域的氧化层的最低高度与存储器区域中台阶的最高高度相同；并在三维存储器的氧化层上形成阻挡层；然后对存储区域进行第二道刻蚀，并对三维存储器的阻挡层以及氧化层同时进行化学机械研磨，直至存储区域中台阶区域所对应的氧化层的最低高度等于所述台阶的最高高度；然后再去除三维存储器中剩余的阻挡层。可见，本方案在氧化层的表面形成阻挡层，且，阻挡层的去除速度要比氧化层的去除速度慢，因此增加的阻挡层可以保护存储区域的结构，避免现有技术中由于Dishing defect的影响，提高三维存储器整体工艺均匀性，提高良率。

摘要：【中文】本发明涉及一种果蔬表观检测设备及检测方法，属于果蔬品质检测设备结构技术领域。包括用于检测果蔬上部的上部表观检测机构及用于检测果蔬下部的下部表观检测机构，上部表观检测机构包括上部输送皮带及设于上部输送皮带上方的上部检测相机总成，下部表观检测机构包括果蔬输送机构、提起机构、果蔬抓取机构、果蔬底部拍摄机构、驱动机构。本发明可以全面检测果蔬外观，大大降低人工需求同时杜绝二次污染，从而大幅提高企业的产品质量。 【EN】The invention relates to a fruit and vegetable appearance detection device and a detection method, and belongs to the technical field of fruit and vegetable quality detection device structures. The fruit and vegetable picking device comprises an upper apparent detection mechanism for detecting the upper part of the fruit and vegetable and a lower apparent detection mechanism for detecting the lower part of the fruit and vegetable, wherein the upper apparent detection mechanism comprises an upper conveying belt and an upper detection camera assembly arranged above the upper conveying belt, and the lower apparent detection mechanism comprises a fruit and vegetable conveying mechanism, a lifting mechanism, a fruit and vegetable picking mechanism, a fruit and vegetable bottom shooting mechanism and a driving mechanism. The invention can comprehensively detect the appearance of the fruits and vegetables, greatly reduce the manual demand and simultaneously avoid secondary pollution, thereby greatly improving the product quality of enterprises.

摘要：【中文】本发明涉及一种果蔬霉心病及糖度自动检测设备及检测方法，属于果蔬品质检测设备结构技术领域。包括两个平行且同步运动的输送皮带，两个输送皮带均安装于支架上，支架上安装有光纤支撑板，光纤支撑板上安装有光纤，光纤位于两个输送皮带之间且与工控机相通讯，两个输送皮带上方相同位置处均设有一个照向光纤的光源，光纤两侧相同位置处均设有一个与工控机相通讯的检测开关。本发明能在果蔬保持完整的情况下自动检测果蔬是否有霉心病及糖度值，从而大幅提高企业的产品质量。 【EN】The invention relates to automatic detection equipment and a detection method for fruit and vegetable moldy core and sugar degree, and belongs to the technical field of fruit and vegetable quality detection equipment structures. Including two parallel and synchronous motion's conveyor belt, two conveyor belts all install on the support, install the optic fibre backup pad on the support, install optic fibre in the optic fibre backup pad, optic fibre is located between two conveyor belts and communicates mutually with the industrial computer, and two conveyor belt top same position departments all are equipped with a light source of shining to optic fibre, and optic fibre both sides same position department all is equipped with a detection switch who communicates mutually with the industrial computer. The method can automatically detect whether the fruits and vegetables have the moldy core and the sugar degree value under the condition that the fruits and vegetables are kept complete, thereby greatly improving the product quality of enterprises.

摘要：【中文】本发明涉及一种果蔬底部检测设备及检测方法，属于果蔬品质检测设备结构技术领域。包括果蔬输送机构、提起机构、果蔬抓取机构、果蔬底部拍摄机构、驱动机构，其中，果蔬输送机构用于运输果蔬，果蔬抓取机构位于果蔬输送机构上方且安装于提起机构上，果蔬底部拍摄机构安装于驱动机构上，通过驱动机构驱动果蔬底部拍摄机构移动，使果蔬底部拍摄机构移动至果蔬抓取机构下方对果蔬底部进行拍摄。本发明可以全面检测果蔬底部情况，大大降低人工需求同时杜绝二次污染，从而大幅提高企业的产品质量。 【EN】The invention relates to fruit and vegetable bottom detection equipment and a detection method, and belongs to the technical field of fruit and vegetable quality detection equipment structures. Including fruit vegetables conveying mechanism, mention mechanism, fruit vegetables snatch mechanism, fruit vegetables bottom and shoot mechanism, actuating mechanism, wherein, fruit vegetables conveying mechanism is used for transporting the fruit vegetables, and the fruit vegetables snatch the mechanism and lie in fruit vegetables conveying mechanism top and install on mentioning the mechanism, and fruit vegetables bottom is shot the mechanism and is installed on actuating mechanism, shoots the mechanism through actuating mechanism drive fruit vegetables bottom and removes, makes fruit vegetables bottom shoot the mechanism and remove to the fruit vegetables snatch the mechanism below and shoot the fruit vegetables bottom. The invention can comprehensively detect the bottom conditions of fruits and vegetables, greatly reduce the manual demand and simultaneously avoid secondary pollution, thereby greatly improving the product quality of enterprises.

摘要：【中文】本申请提供一种模型训练的方法和装置，所述方法包括：监控模型的训练进度和训练进度对应的模型的损失值，在所述模型的训练进度到达预设的检查点的情况下，保存所述模型在检查点对应的模型参数，根据所述模型的损失值，在确定所述模型训练异常的情况下，直接设定所述模型的模型参数为所述模型在检查点对应的模型参数。直接调整所述模型的训练参数，使得模型的训练过程具有更大的随机性，从而继续进行模型的训练，确保模型的训练过程不停顿，能够加快模型的训练速度。 【EN】The application provides a method and a device for model training, wherein the method comprises the following steps: monitoring the training progress of the model and the loss value of the model corresponding to the training progress, saving the model parameters of the model corresponding to the check point when the training progress of the model reaches a preset check point, and directly setting the model parameters of the model as the model parameters of the model corresponding to the check point when the abnormal training of the model is determined according to the loss value of the model. The training parameters of the model are directly adjusted, so that the training process of the model has higher randomness, the training of the model is continued, the training process of the model is ensured to be not stopped, and the training speed of the model can be accelerated.