摘要：【中文】本发明公开了一种Android应用数据自动采集方法及系统，方法包括：在安装并启动Android应用后，获取当前Activity树状结构图，通过特定属性识别出可操作控件，利用已封装好的操作动作匹配相应操作控件，深度遍历所有Activity并获取数据，对数据进行清洗并入库，卸载Android应用。本发明能够基于Appium开源框架，以深度遍历算法为核心，实现对Android应用中特定数据的自动采集。 【EN】The invention discloses an automatic Android application data acquisition method and system, wherein the method comprises the following steps: after the Android application is installed and started, the current Activity tree structure chart is obtained, the operable control is identified through the specific attribute, the packaged operation action is used for matching with the corresponding operation control, all activities are traversed deeply, data are obtained, the data are cleaned and stored in a warehouse, and the Android application is unloaded. The method can realize automatic acquisition of specific data in the Android application based on an Apdium open source framework and taking a depth traversal algorithm as a core.

摘要：【中文】本发明设计了一种适用于多功能木质板材的新型双螺旋搅拌机，该结构的工作流程如下：步骤S01:不同物料从物料仓中分别倒入不同精度的称量仓中，原木屑采用传送带来运输，氧化镁等添加剂采用螺旋输送机运输。步骤S02:两种运输方法的末端在搅拌机的上方，物料掉落时开启雾化花洒开关，保证干物料与液体的充分混合。步骤S03：当物料都进入搅拌机后，通过伺服系统控制增大电机的扭矩，交替改变电机的转向，用来充分搅拌物料。步骤S04：搅拌过后，通过放料装置下方的螺旋运输机将加工好的物料运出。装置中的电机、气缸均采用PLC控制驱动。使新型多功能木质板材的原材料的混合加工过程，得出较好的搅拌效果，并提高工厂的自动化程度。 【EN】The invention designs a novel double-helix stirring machine suitable for multifunctional wooden boards, and the working process of the structure is as follows: and step S01, pouring different materials from the material bins into weighing bins with different precisions, transporting the log chips by using a conveyer belt, and transporting additives such as magnesium oxide and the like by using a screw conveyer. And step S02, the tail ends of the two transportation methods are arranged above the stirrer, and when the materials fall down, the atomizing shower switch is turned on to ensure the sufficient mixing of the dry materials and the liquid. Step S03: after the materials enter the stirrer, the torque of the motor is increased through the control of the servo system, and the rotation direction of the motor is changed alternately to fully stir the materials. Step S04: after the stirring, the processed materials are conveyed out by a screw conveyer below the discharging device. The motor and the cylinder in the device are controlled and driven by a PLC. The mixing processing process of the raw materials of the novel multifunctional wood board obtains a better stirring effect, and the automation degree of a factory is improved.

摘要：【中文】本发明公开了一种双轴倾角仪计算方法，其特征在于，包括下述步骤：(1)将倾角仪通过工装装于双轴转台上进行六位置标定，计算出标定矩阵；(2)利用标定矩阵进行敏感轴标定补偿，并计算俯仰角及横滚角；(3)根据俯仰角及横滚角计算出虚拟Z敏感轴数据并重新进行补偿，最终计算获得载体当前的俯仰角及横滚角信息。本发明解决现有技术中欧拉角输出及误差标定的问题，具有较高的工程化应用价值和推广价值。 【EN】The invention discloses a calculation method of a biaxial inclinometer, which is characterized by comprising the following steps of: (1) mounting the inclinometer on a double-shaft turntable through a tool to perform six-position calibration, and calculating a calibration matrix; (2) carrying out sensitive axis calibration compensation by using a calibration matrix, and calculating a pitch angle and a roll angle; (3) and calculating virtual Z sensitive axis data according to the pitch angle and the roll angle, compensating again, and finally calculating to obtain the current pitch angle and roll angle information of the carrier. The invention solves the problems of Euler angle output and error calibration in the prior art, and has higher engineering application value and popularization value.

摘要：【中文】本发明涉及一种盾构隧道结构粘钢补强加固时机确定方法及应用，所述时机确定方法包括以下步骤：1)基于荷载结构法进行室内模型试验，获得在不同变形模式下，盾构隧道结构水平扩张值与荷载的关系曲线，记为第一关系曲线；2)进行粘钢补强结构破坏试验，获得加固结构的承载性能以及加固结构水平扩张值与荷载的关系曲线，记为第二关系曲线；3)基于所述第二关系曲线拟合获得加固点水平扩张值与结构极限承载力以及加固点水平扩张值与结构刚度的曲线公式；4)获取现场盾构隧道结构的变形模式与变形条件，基于所述曲线公式及所述第一关系曲线确定粘钢加固时机。与现有技术相比，本发明具有节约能源、有效提高盾构隧道使用寿命等优点。 【EN】The invention relates to a method for determining the occasion for reinforcing and reinforcing bonded steel of a shield tunnel structure and application thereof, wherein the occasion determining method comprises the following steps: 1) carrying out an indoor model test based on a load structure method to obtain a relation curve between a shield tunnel structure horizontal expansion value and a load under different deformation modes, and recording the relation curve as a first relation curve; 2) carrying out a bonded steel reinforcing structure failure test to obtain the bearing performance of the reinforcing structure and a relationship curve of the horizontal expansion value and the load of the reinforcing structure, and recording as a second relationship curve; 3) obtaining a curve formula of a horizontal expansion value of the reinforcing point and the ultimate bearing capacity of the structure and a curve formula of the horizontal expansion value of the reinforcing point and the structural rigidity based on the second relation curve fitting; 4) and acquiring a deformation mode and deformation conditions of the field shield tunnel structure, and determining the steel sticking and reinforcing time based on the curve formula and the first relation curve. Compared with the prior art, the invention has the advantages of saving energy, effectively prolonging the service life of the shield tunnel and the like.