摘要：【中文】本发明涉及一种机喷聚合物抗裂抹灰砂浆，以重量份数计，其原料包括水泥10‑12份、粉煤灰11‑14份、纤维0.015‑0.15份、触变剂2.02‑4.04份、可再分散聚合物乳胶粉2‑3份、速凝剂0.5‑1.5份、纤维素醚0.015‑0.025份、减水剂0.01‑0.03份、砂子60‑70份。其不仅具有很好的触变性，既保证了机喷施工的状态，而且具有优异的湿粘结强度，保证了上墙以后具有很好的抗滑移垂挂的效果；并且具有优异的柔韧性和抗裂性，使之产生的脆性收缩应力不容易对粘接力产生影响。 【EN】The invention relates to a machine-sprayed polymer anti-cracking plastering mortar which comprises, by weight, 10-12 parts of cement, 11-14 parts of fly ash, 0.015-0.15 part of fiber, 2.02-4.04 parts of thixotropic agent, 2-3 parts of redispersible polymer latex powder, 0.5-1.5 parts of accelerator, 0.015-0.025 part of cellulose ether, 0.01-0.03 part of water reducer and 60-70 parts of sand. The adhesive has good thixotropy, ensures the state of machine spraying construction, has excellent wet bonding strength, and ensures that the adhesive has good anti-sliding and anti-hanging effects after being applied to a wall; and has excellent flexibility and crack resistance, so that the generated brittle shrinkage stress does not easily influence the adhesive force.

摘要：【中文】本发明涉及一种钢铁生产企业高浓盐水零排放的方法，高浓盐水首先进调节池，边搅拌边加入碱液，调节池出水进入第一臭氧氧化塔出水进入电絮凝装置；排放的泥渣进入污泥处理系统进行处理；电絮凝的出水进入电吸附设备，电吸附处理后的产水进入砂滤装置，出水进入超滤装置，超滤装置的浓水回流至调节池进行循环处理，超滤产水进入螯合型离子交换树脂，出水进入二段反渗透系统RO进行浓缩分离，产水进入新水储水池，高盐水进入第二臭氧氧化塔，蒸发结晶得到高纯度的氯化钠和硫酸钠结晶盐。优点是：处理过程中不仅实现了冶金高浓盐水的回收，而且结晶的固体盐达到工业级用盐标准，工艺过程能耗小，成本低，处理效果稳定。 【EN】The invention relates to a method for zero discharge of high-concentration brine in iron and steel production enterprises, wherein the high-concentration brine firstly enters an adjusting tank, alkali liquor is added while stirring, and the effluent of the adjusting tank enters a first ozone oxidation tower and enters an electric flocculation device; the discharged sludge enters a sludge treatment system for treatment; the effluent of the electric flocculation enters an electric adsorption device, the produced water after the electric adsorption treatment enters a sand filtration device, the effluent enters an ultrafiltration device, the concentrated water of the ultrafiltration device flows back to an adjusting tank for circular treatment, the ultrafiltration produced water enters chelate ion exchange resin, the effluent enters a two-stage reverse osmosis system RO for concentration and separation, the produced water enters a fresh water storage tank, high-salt water enters a second ozone oxidation tower, and high-purity sodium chloride and sodium sulfate crystal salt are obtained through evaporation and crystallization. The advantages are that: the recovery of high-concentration metallurgical salt water is realized in the treatment process, the crystallized solid salt reaches the industrial salt standard, the energy consumption of the process is low, the cost is low, and the treatment effect is stable.

摘要：【中文】本发明涉及一种钢铁生产综合废水资源化利用的方法，钢铁综合废水进第一调节池，进入水解酸化池；进入混凝沉淀池，加入聚合氯化铝和PAM，后进二级的曝气生物滤池；二级的曝气生物滤池处理后的废水进第一砂滤池，出水进第一超滤装置，反渗透系统产水进入新水储水池，出水进入第一臭氧氧化塔，产水依次进入电絮凝装置、电吸附设备、第二砂滤装置、离子交换树脂、第二臭氧氧化塔、多效蒸发装置，通过蒸发结晶得到高纯度的氯化钠和硫酸钠结晶盐。优点是：处理过程中不仅实现了冶金综合废水的高倍回收，且最终处理后的产水电导＜80μs/cm，COD＜5mg/L，总硬度＜0.1mg/L，产水水质满足工业用新水水质要求。 【EN】The invention relates to a method for recycling comprehensive wastewater in steel production, wherein the comprehensive wastewater in steel enters a first regulating tank and enters a hydrolysis acidification tank; entering a coagulating sedimentation tank, adding polyaluminium chloride and PAM, and then entering a secondary biological aerated filter; and the wastewater treated by the second-stage aeration biological filter enters a first sand filter, the effluent enters a first ultrafiltration device, the produced water of the reverse osmosis system enters a fresh water storage tank, the effluent enters a first ozone oxidation tower, the produced water sequentially enters an electric flocculation device, an electric adsorption device, a second sand filter device, ion exchange resin, a second ozone oxidation tower and a multi-effect evaporation device, and high-purity sodium chloride and sodium sulfate crystal salt are obtained through evaporation and crystallization. The advantages are that: the high-power recovery of the metallurgical comprehensive wastewater is realized in the treatment process, the conductance of the produced water after final treatment is less than 80 mus/cm, the COD is less than 5mg/L, the total hardness is less than 0.1mg/L, and the water quality of the produced water meets the requirement of industrial fresh water.

摘要：【中文】本发明涉及一种利用反渗透浓盐水同时制备盐酸和氢氧化钠的方法，冶金反渗透浓盐水进入调节池，投加氢氧化钙溶液、PAM，后投加无水碳酸钠，上清液流入反硝化生物滤池，在反硝化生物滤池中加甲醇，反硝化生物滤池出水进入第一臭氧氧化塔；第一臭氧氧化塔出水进入砂滤池；随后废水进入超滤装置，超滤产水进入二段反渗透系统RO进行浓缩分离，二段反渗透系统RO产生的高盐水打入到螯合型离子交换树脂，出水进入第二臭氧氧化塔；纳滤装置将废水分成产水和浓水，浓水送高炉冲渣或焚烧炉，纳滤产水送双极膜电渗析装置。优点是：工艺过程能耗小，成本低，设备简单，易于操作，处理效果稳定。 【EN】The invention relates to a method for simultaneously preparing hydrochloric acid and sodium hydroxide by utilizing reverse osmosis strong brine, wherein metallurgical reverse osmosis strong brine enters a regulating tank, calcium hydroxide solution and PAM are added, then anhydrous sodium carbonate is added, supernatant flows into a denitrification biological filter, methanol is added into the denitrification biological filter, and effluent of the denitrification biological filter enters a first ozone oxidation tower; the effluent of the first ozone oxidation tower enters a sand filter; then the wastewater enters an ultrafiltration device, ultrafiltration produced water enters a second-stage reverse osmosis system RO for concentration and separation, high-salt water generated by the second-stage reverse osmosis system RO is injected into chelating type ion exchange resin, and effluent enters a second ozone oxidation tower; the nanofiltration device divides the wastewater into water and concentrated water, the concentrated water is sent to a blast furnace for slag flushing or an incinerator, and the nanofiltration water is sent to a bipolar membrane electrodialysis device. The advantages are that: the process has the advantages of low energy consumption, low cost, simple equipment, easy operation and stable treatment effect.

摘要：【中文】本申请公开了一种机载电磁波设备干扰抑制系统及方法，包括：截取干扰源设备的干扰电磁波信号的干扰信号截取设备；获取干扰电磁波信号，并根据干扰电磁波信号输出干扰抑制信号的干扰抑制控制器；根据干扰抑制信号进行电磁耦合，以抑制干扰电磁波信号对敏感设备的干扰的干扰抑制设备；其中，干扰信号截取设备包括耦合天线和/或射频泄露耦合器和/或中频泄露耦合器，干扰抑制设备包括射频逆向耦合器和/或中频逆向耦合器。相对现有技术，本申请提出了一套独立于干扰源设备和敏感设备外的干扰抑制系统，干扰抑制效果明显，该系统便于安装，应用成本相对低廉，具有较大的应用前景。相应的，本申请还公开了一种耦合天线确定方法。 【EN】The application discloses an interference suppression system and method for airborne electromagnetic wave equipment, which comprises the following steps: an interference signal intercepting device intercepting an interference electromagnetic wave signal of the interference source device; the interference suppression controller is used for acquiring an interference electromagnetic wave signal and outputting an interference suppression signal according to the interference electromagnetic wave signal; the interference suppression device is used for performing electromagnetic coupling according to the interference suppression signal so as to suppress the interference of the interference electromagnetic wave signal to the sensitive device; the interference signal intercepting device comprises a coupling antenna and/or a radio frequency leakage coupler and/or a medium frequency leakage coupler, and the interference suppression device comprises a radio frequency inverse coupler and/or a medium frequency inverse coupler. Compared with the prior art, the interference suppression system independent of the interference source equipment and the sensitive equipment is provided, the interference suppression effect is obvious, the system is convenient to install, the application cost is relatively low, and the application prospect is wide. Correspondingly, the application also discloses a coupled antenna determining method.

摘要：【中文】本发明一种基于同平台交叉定标的光谱匹配因子确定方法，步骤为：(1)地面模拟交叉定标方法准备，包括积分球光源在可移动平台安装，积分球光源定标能级标定数据，光学遥感器光谱响应函数标定数据准备，光学遥感器在光学平台的安装与几何对准，光学遥感器开机自检及工作参数设置等；(2)地面模拟基于同一卫星平台的光学遥感器A、B之间的交叉定标；(3)基于同平台交叉定标光谱匹配因子计算。本发明通过定标数据处理获得高精度的光谱匹配因子计算结果，为地面预估同平台不同遥感器之间交叉定标精度，验证及优化在轨交叉定标方案设计，保证光学遥感器成像质量奠定了基础。 【EN】The invention relates to a method for determining a spectrum matching factor based on same-platform cross calibration, which comprises the following steps: (1) the preparation of the ground simulation cross calibration method comprises the steps of installing an integrating sphere light source on a movable platform, calibrating energy level calibration data of the integrating sphere light source, preparing spectral response function calibration data of an optical remote sensor, installing and geometrically aligning the optical remote sensor on the optical platform, starting up self-checking the optical remote sensor, setting working parameters and the like; (2) ground simulation is based on cross calibration between optical remote sensors A, B of the same satellite platform; (3) and calculating based on the same-platform cross-calibration spectrum matching factor. According to the method, the high-precision spectrum matching factor calculation result is obtained through calibration data processing, and a foundation is laid for ground estimation of cross calibration precision between different remote sensors on the same platform, verification and optimization of on-orbit cross calibration scheme design and guarantee of imaging quality of the optical remote sensor.

摘要：【中文】本申请公开了一种定位设备的数据存储方法，包括：通过预设路径获取北斗短报文信息；根据所述北斗短报文信息的紧急程度标志和信息内容确定定位数据的数据存储频率；根据所述数据存储频率对定位数据进行获取并存储。通过获取到的北斗短报文信息确定进行定位数据存储的数据存储频率，然后采用该数据存储频率进行定位数据存储，而不是直接将定位数据进行存储，提高存储定位数据的空间利用率。本申请还公开了一种定位设备的数据存储装置、定位设备以及计算机可读存储介质，具有以上有益效果。 【EN】The application discloses a data storage method of a positioning device, which comprises the following steps: obtaining Beidou short message information through a preset path; determining the data storage frequency of the positioning data according to the emergency degree mark and the information content of the Beidou short message information; and acquiring and storing the positioning data according to the data storage frequency. The data storage frequency for storing the positioning data is determined through the obtained Beidou short message information, and then the positioning data is stored by adopting the data storage frequency instead of directly storing the positioning data, so that the space utilization rate of the stored positioning data is improved. The application also discloses a data storage device of the positioning equipment, the positioning equipment and a computer readable storage medium, which have the beneficial effects.

摘要：【中文】本发明提出了一种装配式泡沫混凝土复合夹芯墙板及其制备方法，属于装配式建筑材料制备技术领域，其装配式泡沫混凝土复合夹芯墙板包括芯层和砂浆板，芯层夹在两块砂浆板之间，砂浆板内设置有玻璃纤维网格布和钢丝网，芯层厚度为砂浆板厚度的3～5倍。本发明装配式泡沫混凝土复合夹芯墙板通过玻璃纤维网格布和钢丝网的配合使用提高了其强度，本发明装配式泡沫混凝土复合夹芯墙板的芯层具有良好的保水性和良好的吸噪性。 【EN】The invention provides an assembled foam concrete composite sandwich wallboard and a preparation method thereof, and belongs to the technical field of assembled building material preparation, wherein the assembled foam concrete composite sandwich wallboard comprises a core layer and a mortar board, the core layer is clamped between the two mortar boards, glass fiber gridding cloth and a steel wire mesh are arranged in the mortar board, and the thickness of the core layer is 3-5 times of that of the mortar board. The strength of the assembled foam concrete composite sandwich wallboard is improved by the matching use of the glass fiber mesh cloth and the steel wire mesh, and the core layer of the assembled foam concrete composite sandwich wallboard has good water retention property and good noise absorption property.

摘要：【中文】本发明是关于一种采用角加速度提供阻尼的飞行器过载回路设计方法，属于飞行器控制技术领域，其特点在于采用角加速度计测量飞行器的偏航角加速度为过载外回路提供阻尼，再采用加速度计测量飞行器的线加速度得到侧向过载，并与期望过载指令相比较，得到过载误差信号。对过载误差信号进行两次积分组成过载误差综合积分信号以消除过载指令与姿态指令之间的转换静差问题。再引入飞行器姿态角加速度信号的非线性变换信号、偏航角速率的比例信号以及飞行器角速度信号的二次非线性变换信号组成过载回路的阻尼信号，输出给姿态稳定回路，即可实现过载跟踪的控制目标。该方法解决了传统过载控制的静差问题与阻尼不足问题。 【EN】The invention relates to a method for designing an aircraft overload loop by adopting angular acceleration to provide damping, which belongs to the technical field of aircraft control and is characterized in that an angular accelerometer is adopted to measure the yaw angular acceleration of an aircraft to provide damping for an overload outer loop, then the accelerometer is adopted to measure the linear acceleration of the aircraft to obtain lateral overload, and the lateral overload is compared with an expected overload instruction to obtain an overload error signal. And integrating the overload error signal twice to form an overload error comprehensive integral signal so as to eliminate the problem of conversion static difference between the overload instruction and the attitude instruction. And then introducing a nonlinear transformation signal of the aircraft attitude angular acceleration signal, a proportional signal of the yaw rate and a secondary nonlinear transformation signal of the aircraft angular velocity signal to form a damping signal of an overload loop, and outputting the damping signal to an attitude stabilization loop, so that the control target of overload tracking can be realized. The method solves the problems of static error and insufficient damping of the traditional overload control.

摘要：【中文】本发明公开了一种电解阴极铜抽棒翻转装置及其使用方法，属于湿法冶金机械设备领域，解决人工手动抽棒作业劳动强度大、阴极铜倾翻过于粗暴的问题。本发明包括第一机架和第二机架，第二机架上设有抽棒机构，第一机架上设有滑轨、推拉油缸和翻转机构，滑轨上设有滑动架，推拉油缸相连滑动架，翻转机构包括翻转架和翻转油缸，翻转架为L形，翻转架铰接在滑动架上，翻转架和滑动架之间设有翻转油缸。使用方法：将滑动架推至支撑辊下方；推棒板将导电棒向前推送，导电棒被咬入抽棒辊组；滑动架拉回至待翻转工位；翻转油缸将翻转架翻转90度。本发明使得抽棒和翻转工序衔接运转，改变了原有人工抽棒作业方式和“粗暴”的铜板翻转方式，提高了工作效率。 【EN】The invention discloses an electrolytic cathode copper drawing rod overturning device and a using method thereof, belongs to the field of hydrometallurgy mechanical equipment, and solves the problems of high labor intensity and excessive and violent cathode copper tilting in manual drawing rod operation. The automatic rod pulling device comprises a first rack and a second rack, wherein a rod pulling mechanism is arranged on the second rack, a sliding rail, a push-pull oil cylinder and a turnover mechanism are arranged on the first rack, a sliding frame is arranged on the sliding rail, the push-pull oil cylinder is connected with the sliding frame, the turnover mechanism comprises a turnover frame and a turnover oil cylinder, the turnover frame is L-shaped and is hinged to the sliding frame, and the turnover oil cylinder is arranged between the turnover frame and the sliding frame. The using method comprises the following steps: pushing the sliding frame to the lower part of the supporting roller; the conductive rod is pushed forwards by the rod pushing plate and is bitten into the rod drawing roller group; the sliding frame is pulled back to a station to be turned; the turnover oil cylinder turns the turnover frame by 90 degrees. The invention enables the rod drawing and overturning processes to be linked and operated, changes the original manual rod drawing operation mode and the 'rough' copper plate overturning mode, and improves the working efficiency.