摘要：【中文】本发明提供了空调控制方法、装置、空调器及计算机可读存储介质，所述空调控制方法用于控制空调导风门的摆动角度，包括以下步骤：接收到角度设定开始指令，进入角度设定模式；接收角度设定数据指令，并实时显示出风角度；接收到角度设定完成指令，退出角度设定模式；本发明所述的空调控制方法、装置、空调器及计算机可读存储介质，不仅能够通过遥控器的按键设定目标出风角度，还能够通过显示灯板直接观察出风角度，操作方便，效果直观。 【EN】The invention provides an air conditioner control method, an air conditioner control device, an air conditioner and a computer readable storage medium, wherein the air conditioner control method is used for controlling the swing angle of an air conditioner air guide door and comprises the following steps: receiving an angle setting starting instruction, and entering an angle setting mode; receiving an angle setting data instruction, and displaying an air outlet angle in real time; receiving an angle setting completion instruction, and exiting the angle setting mode; the air conditioner control method, the air conditioner control device, the air conditioner and the computer readable storage medium can not only set the target air outlet angle through the keys of the remote controller, but also directly observe the air outlet angle through the display lamp panel, and are convenient to operate and intuitive in effect.

摘要：【中文】本申请公开了一种变色纸面石膏板及其制备方法。所述变色纸面石膏板包括：纸面石膏板、设置在所述纸面石膏板表面的变色层和任选地设置在所述变色层表面的保护装饰层。所述方法包括：称量制备所述变色层的原料，混合均匀后将其喷涂在纸面石膏板表面；任选地，在所述变色层表面覆保护装饰层。本申请的变色纸面石膏板自身能随环境中的温度或光的变化而变化颜色，实现室内空间的冷暖色调的变化，无需额外粘贴装饰壁纸，外观美观，而且成本低，无甲醛等有害物质释放。 【EN】The application discloses a color-changing paper-surface gypsum board and a preparation method thereof. The color-changing paper-faced gypsum board comprises: the paper-surface gypsum board comprises a paper-surface gypsum board, a color change layer arranged on the surface of the paper-surface gypsum board and a protective decorative layer optionally arranged on the surface of the color change layer. The method comprises the following steps: weighing raw materials for preparing the color-changing layer, uniformly mixing, and spraying the raw materials on the surface of the gypsum plaster board; optionally, a protective decorative layer is covered on the surface of the color changing layer. The color-changing paper-surface gypsum board can change color along with the change of temperature or light in the environment, changes of cold and warm tones of an indoor space are achieved, decorative wallpaper does not need to be additionally pasted, the appearance is attractive, the cost is low, and no harmful substances such as formaldehyde are released.

摘要：【中文】本发明公开了一种无线传感器系统，包括主控单元，所述主控单元与正弦波发生单元连接，所述主控单元能够控制正弦波发生单元生成预设频率的正弦波；所述主控单元还与端口选择电路连接，用于控制端口与第一谐振电容或第二谐振电容连接；所述第一谐振电容或第二谐振电容通过电磁感应单元与温度检测单元连接；所述温度检测单元的负载电阻值的变化通过电磁感应单元耦合到电磁感应单元的接收线圈侧电路回路，导致接收线圈回路电流值I₁变化；所述主控单元还与电流检测单元连接，所述电流检测单元用于检测电磁感应单元接收线圈侧回路电流I₁；所述主控器根据电流I₁计算出温度检测单元的负载电阻值，再查表得出温度，实现温度信息的无线传输，省去了较长的物理连线。 【EN】The invention discloses a wireless sensor system, which comprises a main control unit, wherein the main control unit is connected with a sine wave generating unit and can control the sine wave generating unit to generate sine waves with preset frequency; the main control unit is also connected with the port selection circuit and is used for controlling the port to be connected with the first resonant capacitor or the second resonant capacitor; the first resonant capacitor or the second resonant capacitor is connected with the temperature detection unit through the electromagnetic induction unit; the change of the load resistance value of the temperature detection unit is coupled to a receiving coil side circuit loop of the electromagnetic induction unit through the electromagnetic induction unit, so that the current value I of the receiving coil loop is caused₁(ii) a change; the main control unit is also connected with a current detection unit, and the current detection unit is used for detecting the loop current I at the receiving coil side of the electromagnetic induction unit₁(ii) a The main controller is based on the current I₁And calculating the load resistance value of the temperature detection unit, looking up the table to obtain the temperature, realizing wireless transmission of temperature information and saving a longer physical connection line.

摘要：【中文】本发明实施例提供了一种装配式墙体，包括两片相对设置的墙面单元，墙面单元包括石膏板和玻璃棉，墙面单元的两侧边分别设置有第一竖龙骨和第二竖龙骨，石膏板通过自攻钉固定在第一竖龙骨和第二竖龙骨上，玻璃棉固定在石膏板、第一竖龙骨和第二竖龙骨之间，墙面单元中的第一竖龙骨与相对设置的墙面单元的第二竖龙骨之间通过自攻钉连接；第一竖龙骨的宽度大于第二竖龙骨的宽度。本发明实施例还提供了一种装配式墙体的安装方法：在屋顶和地面安装L型龙骨连接件；将墙面单元与L型龙骨连接件连接固定；将另一墙面单元通过自攻钉与已安装的墙面单元连接固定；在墙面单元的另一侧L型龙骨连接件；依次安装墙面单元形成整面墙体。 【EN】The embodiment of the invention provides an assembled wall body which comprises two oppositely arranged wall surface units, wherein each wall surface unit comprises a gypsum board and glass wool, two side edges of each wall surface unit are respectively provided with a first vertical keel and a second vertical keel, the gypsum boards are fixed on the first vertical keel and the second vertical keel through self-tapping screws, the glass wool is fixed among the gypsum boards, the first vertical keel and the second vertical keel, and the first vertical keel in each wall surface unit is connected with the second vertical keel of the oppositely arranged wall surface unit through the self-tapping screws; the width of the first runner is greater than the width of the second runner. The embodiment of the invention also provides an installation method of the assembled wall body, which comprises the following steps: installing an L-shaped keel connecting piece on the roof and the ground; connecting and fixing the wall surface unit and the L-shaped keel connecting piece; connecting and fixing the other wall unit with the installed wall unit through a self-tapping screw; the L-shaped keel connecting piece is arranged on the other side of the wall surface unit; and sequentially installing the wall units to form the whole wall.

摘要：【中文】本发明公开了微干扰的后补暗挖接口连接构件及其施工方法，包括端部横梁、端部柱、连接构件纵梁、连接构件楼板和连接构件侧墙；连接构件楼板的钢筋与既有地下构筑物的纵向钢筋连接，并在变形缝位置断开；连接构件纵梁的钢筋与既有地下构筑物的纵向钢筋连接；连接构件侧墙与既有地下构筑物的连接处设有新建柱；既有地下构筑物与连接构件的连接部分的围护桩在凿除时均保留相应的围护桩纵向钢筋围护桩纵向钢筋均锚入相应的连接构件楼板内。在施工时，先对既有地下构筑物进行针对性改造，然后分别将连接构件纵梁、连接构件楼板和连接构件侧墙与既有地下构筑物进行连接。本发明更加经济、合理、安全、高效地完成了后补暗挖接口连接构件的设置。 【EN】The invention discloses a micro-interference post-repair underground excavation interface connecting component and a construction method thereof, wherein the micro-interference post-repair underground excavation interface connecting component comprises an end cross beam, an end post, a connecting component longitudinal beam, a connecting component floor slab and a connecting component side wall; connecting the reinforcing steel bars of the connecting member floor slab with the longitudinal reinforcing steel bars of the existing underground structure, and disconnecting the connecting member floor slab at the deformation joint; the steel bars of the connecting component longitudinal beams are connected with the longitudinal steel bars of the existing underground structure; a newly built column is arranged at the joint of the connecting member side wall and the existing underground structure; and retaining corresponding longitudinal steel bars of the fender post and anchoring the longitudinal steel bars of the fender post into corresponding connecting member floors when the fender posts of the connecting parts of the existing underground structures and the connecting members are chiseled. During construction, the existing underground structure is transformed in a targeted mode, and then the connecting member longitudinal beam, the connecting member floor slab and the connecting member side wall are connected with the existing underground structure respectively. The invention completes the arrangement of the connecting component of the back-repairing underground excavation interface more economically, reasonably, safely and efficiently.

摘要：【中文】本申请公开一种石膏板，包括：以脱硫石膏占100重量份计，柠檬酸石膏占5‑30重量份，CaO占0.02‑0.3重量份，粘结剂占0.6‑1.0重量份，发泡剂占0.06‑0.2重量份。本申请还提供一种制备所述石膏板的方法，所述方法包括：将柠檬酸石膏烘干，使游离水含量降至15％以下，得到柠檬酸石膏粉；将脱硫石膏、所述柠檬酸石膏粉、CaO混合均匀，并球磨，获得粉料；将获得的所述粉料煅烧，陈化，得到建筑石膏粉；在水中加入发泡剂和粘结剂，搅拌均匀，再加入所述建筑石膏粉，搅拌均匀，得到，料浆；将所述料浆平铺至上下纸之间，压制成型为板材，并烘干，得到所述石膏板。本申请通过利用工业副产石膏制备出符合国标(GB/T 9775)的石膏板。 【EN】The application discloses gypsum board includes: based on 100 parts by weight of desulfurized gypsum, 5-30 parts by weight of citric acid gypsum, 0.02-0.3 part by weight of CaO, 0.6-1.0 part by weight of binder and 0.06-0.2 part by weight of foaming agent. The present application also provides a method of making the gypsum board, the method comprising: drying the citric acid gypsum to reduce the content of free water to be below 15 percent, thereby obtaining citric acid gypsum powder; uniformly mixing desulfurized gypsum, the citric acid gypsum powder and CaO, and carrying out ball milling to obtain powder; calcining and aging the obtained powder to obtain building gypsum powder; adding a foaming agent and a binder into water, uniformly stirring, adding the building gypsum powder, and uniformly stirring to obtain slurry; and flatly paving the slurry between upper paper and lower paper, pressing and forming the slurry into a plate, and drying the plate to obtain the gypsum board. The gypsum board meeting the national standard (GB/T9775) is prepared by using industrial byproduct gypsum.

摘要：【中文】本发明公开了一种减少采煤工作面回采末期回撤通道顶板压力的方法，包括以下步骤：第一步，确定采煤工作面基本顶最终断裂位置距回撤通道非生产帮的最佳距离；第二步，计算工作面与回撤通道之间间隔煤柱临界尺寸；第三步，确定停采等压位置；第四步，以第三步确定出的最佳停采等压位置为依据，当采煤工作面到达停采等压位置时，实施停采等压，工作面停采一段时间后出现顶板来压迹象，此后再将工作面继续推采至停采线，完成采煤作业。本发明可解决采煤工作面回采末期回撤通道顶板压力大的问题，通过对工作面回采末期合适位置处实施停采等压措施，改变基本顶周期来压位置，进而达到减少采煤工作面回采末期回撤通道顶板压力，保证采煤工作面顺利回撤。 【EN】The invention discloses a method for reducing the roof pressure of a withdrawal channel at the last stage of coal face extraction, which comprises the following steps: the method comprises the following steps that firstly, the optimal distance between the final fracture position of a basic roof of a coal face and a non-production side of a withdrawal passage is determined; secondly, calculating the critical dimension of the coal pillar between the working surface and the withdrawal passage; thirdly, determining the mining stop isobaric position; and fourthly, based on the optimal stop-mining isobaric position determined in the third step, when the coal face reaches the stop-mining isobaric position, stopping mining isobaric, indicating that the top plate pressure comes after the face stops mining for a period of time, and then continuously pushing the face to a stop-mining line to complete coal mining operation. The invention can solve the problem of high pressure of the top plate of the withdrawal channel at the last stage of the coal face recovery, and changes the basic top period pressure position by implementing a stopping constant pressure measure on the proper position at the last stage of the coal face recovery, thereby reducing the pressure of the top plate of the withdrawal channel at the last stage of the coal face recovery and ensuring the smooth withdrawal of the coal face.

摘要：【中文】本发明公开一种基于SHPB试验系统的试件动态侧向应变测量装置及方法，属于采用SHPB试验系统进行煤岩等脆性材料动态力学特性测试的领域。该装置包括固定系统、油压系统和数据采集系统，固定系统用来将整个装置固定在SHPB试验台上并且调节装置的高度；油压系统用于对试件施加所需的围压并且将试件的体积变化信号转化为油压变化信号；数据采集系统用于捕捉油压变化的信号并得出侧向应变的时程变化曲线。本发明利用油压系统对试件施加围压，模拟了试件的围压综合加载，并与分离式霍普金森压杆装置引起的轴向作用力共同作用，从而实现试件的复杂应力状态的模拟；本发明通过侧向应变引起的油压变化的信号来得出油压和侧向应变的关系，以计算侧向应变。 【EN】The invention discloses a test piece dynamic lateral strain measuring device and method based on an SHPB (split harmonic vibration suppression) test system, and belongs to the field of dynamic mechanical property tests of coal rock and other brittle materials by adopting the SHPB test system. The device comprises a fixing system, an oil pressure system and a data acquisition system, wherein the fixing system is used for fixing the whole device on an SHPB test bed and adjusting the height of the device; the oil pressure system is used for applying required confining pressure to the test piece and converting a volume change signal of the test piece into an oil pressure change signal; the data acquisition system is used for capturing the oil pressure change signal and obtaining the time course change curve of the lateral strain. According to the invention, the confining pressure is applied to the test piece by using the oil pressure system, the confining pressure comprehensive loading of the test piece is simulated, and the confining pressure comprehensive loading and the axial acting force caused by the split Hopkinson pressure bar device act together, so that the simulation of the complex stress state of the test piece is realized; the invention obtains the relation between the oil pressure and the lateral strain through the oil pressure change signal caused by the lateral strain so as to calculate the lateral strain.

摘要：【中文】本发明公开一种通过液体体积测量试件动态侧向应变的装置及方法，该测量装置包括用于将待测试件的动态侧向应变信息转化为液体高程动态变化信息的转换装置，用于实时获取液体高程动态变化信息的采集装置，以及用于将转换装置固定在SHPB实验台上且调节转换装置竖直高度的固定装置。本发明将试件的侧向应变转化为测量液体体积的变化，进一步转化成液体高程的变化，由高速动态信号采集仪采集高程信号传感器收到的高程信号，并将液体的高程信号转变为数字信号传送到计算机，在计算机形成体积随时间变化的曲线，再根据试件的具体尺寸信息等可以得到在动载下试件侧向应变随时间变化的曲线。本发明对试件动态侧向应变的测量结果准确，测量方法合理可靠。 【EN】The invention discloses a device and a method for measuring dynamic lateral strain of a test piece through liquid volume. The invention converts the lateral strain of the test piece into the change of the volume of the measured liquid, further converts the change of the liquid elevation into the change of the liquid elevation, acquires the elevation signal received by the elevation signal sensor by the high-speed dynamic signal acquisition instrument, converts the elevation signal of the liquid into a digital signal and transmits the digital signal to the computer, forms a curve of the volume changing along with the time in the computer, and can obtain the curve of the lateral strain of the test piece changing along with the time under the dynamic load according to the specific size information of the test piece and the like. The invention has accurate measurement result of the dynamic lateral strain of the test piece and reasonable and reliable measurement method.