摘要：【中文】本发明提供了一种制备纯碱的供氨系统，包括换热单元、蒸馏单元、氯化铵制备单元和氢氧化钙制备单元；氯化铵制备单元包括氯化铵溶解槽、旋风分离器和尾气洗涤塔；蒸馏单元包括蒸馏塔、反应桶和闪发器，蒸馏塔设置有氨气出口，蒸馏塔的原料入口与氯化铵溶解槽管路连通；换热单元包括换热器，换热器具有冷媒入口、热媒入口、冷媒出口和热媒出口，换热器的热媒入口与闪发器管路连通，换热器的冷媒出口与尾气洗涤塔的洗涤水入口管路连通；氢氧化钙制备单元与蒸馏塔的蒸馏塔的原料入口管路连通。本发明的制备纯碱的供氨系统可以用于氨法制碱工艺中提供氨气，避免了液氨贮槽的事故发生，且热能利用效率高。 【EN】The invention provides an ammonia supply system for preparing sodium carbonate, which comprises a heat exchange unit, a distillation unit, an ammonium chloride preparation unit and a calcium hydroxide preparation unit; the ammonium chloride preparation unit comprises an ammonium chloride dissolving tank, a cyclone separator and a tail gas washing tower; the distillation unit comprises a distillation tower, a reaction barrel and a flash tank, the distillation tower is provided with an ammonia gas outlet, and a raw material inlet of the distillation tower is communicated with an ammonium chloride dissolving tank pipeline; the heat exchange unit comprises a heat exchanger, the heat exchanger is provided with a refrigerant inlet, a heat medium inlet, a refrigerant outlet and a heat medium outlet, the heat medium inlet of the heat exchanger is communicated with the flash generator pipeline, and the refrigerant outlet of the heat exchanger is communicated with the washing water inlet pipeline of the tail gas washing tower; the calcium hydroxide preparation unit is communicated with a raw material inlet pipeline of a distillation tower of the distillation tower. The ammonia supply system for preparing the calcined soda can be used for supplying ammonia gas in the ammonia-method alkali preparation process, avoids the accident of the liquid ammonia storage tank, and has high heat energy utilization efficiency.

摘要：【中文】本发明提供一种基于信任机制的动态任务分配决策辅助方法，能够提高任务分配的合理性和有效性。所述方法包括：获取待分配队列；根据待分配队列中任务的类型、执行人员等级要求，确定执行任务的执行人员集合；根据执行人员集合内每一位人员的历史执行任务的满意度评价值和隐性Elo等级分，对执行人员集合内每一位人员进行综合信任评估，对综合信任评估结果进行排名，根据排名结果对任务进行动态分配。本发明涉及计算机技术领域。 【EN】The invention provides a dynamic task allocation decision-making auxiliary method based on a trust mechanism, which can improve the rationality and effectiveness of task allocation. The method comprises the following steps: acquiring a queue to be distributed; determining an executive personnel set for executing tasks according to the types of the tasks in the queue to be distributed and the executive personnel level requirements; and performing comprehensive trust evaluation on each person in the executive member set according to the satisfaction evaluation value and the hidden Elo grade of the historical executive task of each person in the executive member set, ranking the comprehensive trust evaluation result, and dynamically distributing the tasks according to the ranking result. The invention relates to the technical field of computers.

摘要：【中文】本发明公开了一种澳洲坚果专用整地撒肥机及其使用方法，包括车身、车头控制中心、输送装置、犁地装置及撒肥装置；所述的车身上端安装输送装置；所述的车身前端底部通过转轴铰接犁地装置；所述的车身尾部通过钢管与撒肥装置固连；所述的车头控制中心分别与输送装置、犁地装置及撒肥装置电性连接；澳洲坚果根系很浅，我国大部分澳洲坚果种植区域降水量大，容易积水烂根，本发明通过犁地装置实现对澳洲坚果行间的土地犁成V字深沟，防止了果树积水，减少劳动人员的工作量，减轻了工作强度，通过撒肥装置实现对土地均匀撒肥，使土地营养成分均匀，更利于果树的生长和结果，最终实现标准化作业。 【EN】The invention discloses a soil preparation and fertilizer spreading machine special for macadamia nuts and a using method thereof, wherein the soil preparation and fertilizer spreading machine comprises a vehicle body, a vehicle head control center, a conveying device, a plowing device and a fertilizer spreading device; the upper end of the vehicle body is provided with a conveying device; the bottom of the front end of the vehicle body is hinged with a plowing device through a rotating shaft; the tail part of the vehicle body is fixedly connected with the fertilizer spreading device through a steel pipe; the headstock control center is respectively and electrically connected with the conveying device, the plowing device and the fertilizer spreading device; the roots of the macadamia nuts are shallow, precipitation in most macadamia nut planting areas in China is large, water accumulation and root rot are prone to occurring, the soil among macadamia nut rows is ploughed into the V-shaped deep groove through the ploughing device, water accumulation of fruit trees is prevented, the workload of workers is reduced, the working intensity is relieved, the soil is evenly fertilized through the fertilizing device, the nutrient components of the soil are even, the growth and the fruiting of the fruit trees are facilitated, and finally standardized operation is achieved.

摘要：【中文】一种炸药生产车间门禁系统，涉及车间安全检测技术领域，包括四道门；第一道门内侧对称设置有绝缘台，绝缘台内侧设置静电检测装置A，绝缘台后方设置有静电消除装置；第二道门为隔离门，与第三道门之间设置车间模拟区；第三道门也设置有绝缘台，绝缘台内侧设置静电检测装置B和手机探测装置；第四道门上设置有门禁锁。本发明的有益效果在于：本发明可以检测及消除进入车间的人员身上的静电，通过设置车间模拟区，可以判断员工着装是否规范，避免了着装不符合要求的人员进入车间后产生较大值的静电，同时对人员是否携带手机及类似物品进行检测，降低了车间的爆炸危险系数，保证的生产安全。 【EN】An explosive production workshop access control system relates to the technical field of workshop safety detection and comprises four doors; the inner side of the first door is symmetrically provided with an insulating table, the inner side of the insulating table is provided with a static electricity detection device A, and the rear part of the insulating table is provided with a static electricity elimination device; the second door is an isolation door, and a workshop simulation area is arranged between the second door and the third door; the third door is also provided with an insulating table, and the inner side of the insulating table is provided with a static electricity detection device B and a mobile phone detection device; and the fourth door is provided with an access lock. The invention has the beneficial effects that: the invention can detect and eliminate static on personnel entering a workshop, can judge whether the dressing of the personnel is standard or not by arranging the workshop simulation area, avoids the generation of static with a larger value after the personnel who do not meet the requirement of the dressing enter the workshop, and simultaneously detects whether the personnel carry mobile phones and similar articles or not, thereby reducing the explosion risk coefficient of the workshop and ensuring the production safety.

摘要：【中文】一种炸药生产废水回收利用生产乳化炸药的方法，涉及废水循环利用技术领域，第1步，对废水进行初步过滤；第2步，废水进入废水回收利用系统处理，进行冷冻过滤和6级隔油沉淀池除油脂，以及进行余热的回收，废水最终进入废水收集罐；第3步，废水收集罐的废水加入到水相溶解罐，加入原料和辅助添加物，进行加热溶解即可用于乳化炸药生产。本发明的有益效果在于：本发明充分合理的利用工业废水，使其充分循环利用，用于乳化炸药的生产，同时，采用添加乙二醇和尿素的方法，增强乳状液油膜与硝酸铵溶液间的表面张力，以消除膨化剂对乳化体系的负面影响，从而消除废水中残留的膨化剂对乳化炸药储存期和抗冻性的影响。 【EN】A method for producing emulsion explosive by recycling explosive production wastewater relates to the technical field of wastewater recycling, and comprises the following steps of 1, primarily filtering the wastewater; step 2, the wastewater enters a wastewater recycling system for treatment, freezing filtration and grease removal are carried out on the wastewater in a 6-stage oil separation sedimentation tank, waste heat recovery is carried out, and the wastewater finally enters a wastewater collection tank; and 3, adding the wastewater in the wastewater collection tank into a water phase dissolving tank, adding the raw materials and auxiliary additives, and heating for dissolving to obtain the emulsion explosive. The invention has the beneficial effects that: the method fully and reasonably utilizes the industrial wastewater, fully recycles the industrial wastewater, is used for producing the emulsion explosive, and simultaneously adopts the method of adding the glycol and the urea to enhance the surface tension between an emulsion oil film and an ammonium nitrate solution so as to eliminate the negative influence of a swelling agent on an emulsion system, thereby eliminating the influence of the remaining swelling agent in the wastewater on the storage period and the frost resistance of the emulsion explosive.