摘要：【中文】本发明提供了一种医药物流配送路径的优化设计方法、系统及介质，包括：算法框架设计步骤：构建医药物流配送路径问题的基于MapReduce模型的并行遗传算法框架；路径优化设计步骤：根据构建的供应链设计算法框架，进行医药供应链车辆配送路径优化设计。本发明针对医药供应链配送问题的特征，选择合理的医药服务供应链利益分配设计、算法框架构建、医药供应链车辆配送路径优化设计的技术方法，同时，本发明通过技术方法避免和减小人为因素在物流配送中的影响，使设计的医药服务供应链更加服务特定客观需求。 【EN】The invention provides an optimal design method, a system and a medium for a medicine logistics distribution path, which comprises the following steps: designing an algorithm framework: constructing a parallel genetic algorithm framework based on a MapReduce model for the medicine logistics distribution path problem; path optimization design step: and performing optimized design on the vehicle delivery path of the medical supply chain according to the constructed supply chain design algorithm framework. The invention selects a reasonable technical method of the benefit distribution design, the algorithm framework construction and the vehicle distribution route optimization design of the medicine supply chain aiming at the characteristics of the distribution problem of the medicine supply chain, and simultaneously, the invention avoids and reduces the influence of human factors in the logistics distribution by the technical method, so that the designed medicine service supply chain can more serve specific objective requirements.

摘要：【中文】本发明为一种制冷剂中加入石墨烯及其在热交换部件涂敷石墨烯的空调，主要是按一定的比例在制冷剂中加入石墨烯，提高制冷剂的热交换效率。由蒸发器、出风口滤网、冷凝器、贮液罐、压缩机、四通阀等组成。在贮液罐中按一定比例加入石墨烯，并与制冷剂混合，使得空调的制冷制热效果更好；在蒸发器和冷凝器的面板上敷上一层石墨烯膜，加快热交换器散热速度；在出风口滤网上敷上石墨烯，利用石墨烯的吸附性和脱附性净化室内空气。本发明是利用石墨烯的导热性、吸附性和脱附性使得空调的制冷制热效果、热交换机的散热效果更好，净化室内空气。 【EN】The invention relates to an air conditioner which adds graphene into a refrigerant and coats the graphene on a heat exchange component, and the air conditioner is mainly characterized in that the graphene is added into the refrigerant according to a certain proportion, so that the heat exchange efficiency of the refrigerant is improved. The air conditioner consists of an evaporator, an air outlet filter screen, a condenser, a liquid storage tank, a compressor, a four-way valve and the like. Graphene is added into the liquid storage tank according to a certain proportion and is mixed with the refrigerant, so that the refrigerating and heating effects of the air conditioner are better; a graphene film is coated on the panels of the evaporator and the condenser, so that the heat dissipation speed of the heat exchanger is increased; and the air outlet filter screen is coated with graphene, and indoor air is purified by utilizing the adsorbability and the desorption of the graphene. According to the invention, the heat conductivity, the adsorbability and the desorption of graphene are utilized, so that the refrigerating and heating effects of the air conditioner and the heat dissipation effect of the heat exchanger are better, and indoor air is purified.

摘要：【中文】本发明公开了加速下降增大入水深度的清污机控制系统，该系统包括控制开关、主控制器、调速马达、起升机构和清污机。起升机构吊起清污机至拦污栅孔口，清污机以设定匀速度下降进入孔口；之后主控制器控制调速马达，清污机开始加速下降，下降至预设深度接触污物；同时起升机构立即以更快的加速度下放钢丝绳，而清污机遇污物受阻后减速；达到预设入水深度后调速马达立即减速制动，起升机构停止放钢丝绳、清污机减速至停止。由于清污机在一定下降行程中以一定的加速度下降、动能较大，能有效增加入水深度，可有效解决清污机因污物阻挡而入水深度小且抓取效率低的问题，因采取钢丝绳瞬时加速下放，避免冲击力上传至起升机构，实现保护起升机构的作用。 【EN】The invention discloses a trash remover control system for increasing the depth of water entering through accelerated descending. The lifting mechanism lifts the trash remover to the opening of the trash rack, and the trash remover descends at a set uniform speed to enter the opening; then the main controller controls the speed regulating motor, and the trash remover starts to descend in an accelerated manner until the trash falls to a preset depth and contacts with the trash; meanwhile, the hoisting mechanism immediately puts down the steel wire rope at a faster acceleration, and the trash remover decelerates after being blocked by the dirt; and after the preset water penetration depth is reached, the speed regulating motor immediately decelerates and brakes, the hoisting mechanism stops releasing the steel wire rope, and the trash remover decelerates to stop. Because the trash remover descends at a certain acceleration and has larger kinetic energy in a certain descending stroke, the underwater depth can be effectively increased, the problems that the underwater depth is small and the grabbing efficiency is low due to the blocking of dirt of the trash remover can be effectively solved, and the impact force is prevented from being uploaded to the lifting mechanism due to the fact that the steel wire rope is instantaneously accelerated and lowered, so that the effect of protecting the lifting mechanism is realized.

摘要：【中文】本发明涉及一种充分利用石墨烯优良热传导性能加强热交换的汽车发动机管片式散热器，包括进水管、进水室、出水管、出水室、连接架、散热管、散热片、添料盖。已知石墨烯有非常好的热传导性能，可以利用石墨烯来提高冷却液的冷却效率。一方面，进水室顶部有添料口，添料口通过添料盖旋上或旋下进行打开或关闭，可以通过旋下添料盖向进水室内的冷却水中添加一定比例的石墨烯粉体，增加冷却水的热传导性；另一方面在部件进水室、出水室、散热管、散热片的外表面涂敷一层均匀的石墨烯涂层，使热量更快地传递空气中，提高了散热效率、改善了发动机性能。 【EN】The invention relates to an automobile engine finned tube radiator which fully utilizes excellent heat conduction performance of graphene to enhance heat exchange. Graphene is known to have very good thermal conductivity, and can be used to improve the cooling efficiency of the cooling fluid. On one hand, the top of the water inlet chamber is provided with a feeding port, the feeding port is opened or closed by screwing up or screwing down a feeding cover, and graphene powder with a certain proportion can be added into cooling water in the water inlet chamber by screwing down the feeding cover, so that the heat conductivity of the cooling water is increased; on the other hand, the outer surfaces of the water inlet chamber, the water outlet chamber, the radiating pipe and the radiating fins are coated with a layer of uniform graphene coating, so that heat is transferred to air more quickly, the radiating efficiency is improved, and the performance of the engine is improved.

摘要：【中文】本发明公开了一种玻璃切割装置，包括进给机构，划线机构以及裂片机构。其特征在于，所述带轴连接三条传送带，三条传送带覆盖在桌面上，所述桌面的两侧设有含导轮的导轨，传送带靠近划线装置的一端设有输送电机，所述划线导轨中装有带滚轮的连接板，所述连接板一侧面连接划线驱动电机，另一侧连接装有由切割加压气缸、压紧轮和刀轮组成的划线机构，刀轮的两侧分别装有压紧轮，所述划线机构靠近掰板的一方安装压紧板，压紧板两端分别设有压紧气缸，所述掰板位于压紧板前方，掰板由四个三角板和一根转动轴组成，所述裂片气缸的一端与转动轴相连，另一端通过螺栓连接在桌面下方的横梁上。本发明提高了工作效率和精度，减少了工人的劳动强度。 【EN】The invention discloses a glass cutting device which comprises a feeding mechanism, a scribing mechanism and a splitting mechanism. The automatic scribing machine is characterized in that the belt shaft is connected with three conveyor belts, the three conveyor belts cover the table top, guide rails containing guide wheels are arranged on two sides of the table top, a conveying motor is arranged at one end, close to a scribing device, of each conveyor belt, a connecting plate with a roller is installed in each scribing guide rail, one side face of each connecting plate is connected with a scribing driving motor, the other side of each connecting plate is connected with a scribing mechanism composed of a cutting pressurizing cylinder, a pressing wheel and a cutter wheel, the pressing wheels are installed on two sides of each cutter wheel respectively, the scribing mechanism is provided with the pressing plates close to one side of the wrestling plate, the pressing cylinders are arranged at two ends of each pressing plate respectively, the wrestling plate is located in front of the pressing plates, the wrestling plate is composed of four triangular plates and. The invention improves the working efficiency and precision and reduces the labor intensity of workers.