摘要：【中文】本发明公开了百莲强身胶囊，由以下重量份的组份组成：野生刺梨35.71份、百合14.28份、莲子21.42份、山药50份、覆盆子25份、鸡内金50份、桑叶25份、鱼腥草42.85份、葛根21.42份、桔梗14.28份、甘草35份、决明子6.66份、阿胶28.57份，还公开百莲强身胶囊的制作方法。本发明的有益效果是：通过各组分的混合，可以增强人体免疫力，提高人体预防疾病的能力，而且整个生产、储藏、原辅料均按保健食品注册要求经生产工艺验证及原辅料、中间产品贮存期稳定性考察验证，并遵循《中华人民共和国药典》现行版及《食品生产质量管理规范》规定，从而确保了百莲强身胶囊的产品质量。 【EN】The invention discloses a lotus seed body-building capsule which is prepared from the following components in parts by weight: 35.71 parts of wild roxburgh rose, 14.28 parts of lily, 21.42 parts of lotus seed, 50 parts of Chinese yam, 25 parts of raspberry, 50 parts of chicken's gizzard-membrane, 25 parts of mulberry leaf, 42.85 parts of houttuynia cordata, 21.42 parts of kudzu root, 14.28 parts of platycodon root, 35 parts of liquorice, 6.66 parts of cassia seed and 28.57 parts of donkey-hide gelatin, and also discloses a preparation method of the lotus seed body-building capsule. The invention has the beneficial effects that: the components are mixed, so that the immunity of a human body can be enhanced, the disease prevention capability of the human body can be improved, the whole production, storage and raw and auxiliary materials are verified by the production process according to the registration requirement of health-care food, the stability of the raw and auxiliary materials and intermediate products during storage period is investigated and verified, and the product quality of the lotus seed body-building capsule is ensured according to the regulations of the current edition of pharmacopoeia of the people's republic of China and the food production quality management standard.

摘要：【中文】本发明提供一种汽车用高亮PC外装饰件及其制备方法和应用，所述外装饰件包括PC基板与位于所述PC基板表面的有机硅涂层，所述外装饰件的总厚度为2～4mm。所述制备方法包括将PC料粒加热成流体，将所述流体通入模具中注塑得到PC基板；在得到的所述PC基板表面淋涂有机硅涂层，固化后得到所述汽车用高亮PC外装饰件。所述外装饰件可减小立柱与玻璃的台阶产生的风噪，表面硬度高，黑亮效果更明显，与整车造型更协调，淋涂表层更耐磨，耐划伤，所述制备方法中淋涂工艺比高光喷涂更环保，对操作人员危害更小。 【EN】The invention provides a high-brightness PC (polycarbonate) outer decoration for an automobile, and a preparation method and application thereof, wherein the outer decoration comprises a PC substrate and an organic silicon coating positioned on the surface of the PC substrate, and the total thickness of the outer decoration is 2-4 mm. The preparation method comprises the steps of heating PC granules into fluid, and introducing the fluid into a mold for injection molding to obtain a PC substrate; and spraying an organic silicon coating on the surface of the obtained PC substrate, and curing to obtain the automotive high-brightness PC outer decoration. The outer decoration piece can reduce wind noise generated by the steps of the stand column and the glass, the surface hardness is high, the black and bright effect is more obvious, the outer decoration piece is more harmonious with the whole vehicle shape, the curtain coating surface layer is more wear-resistant and scratch-resistant, the curtain coating process in the preparation method is more environment-friendly than high-light spraying, and the harm to operators is less.

摘要：【中文】本发明涉及一种电气控制系统的水冷装置，属于电气系统散热领域，一种电气控制系统的水冷装置，包括冷却液水箱，冷却液水箱的出水端通过进水管固定连接有下横管，冷却液水箱与进水管之间固定安装有磁化器，下横管的上端沿其水平方向等间距固定连接有水冷竖管，通过将热传导板直接安装于嵌设在多个水冷竖管外侧的导热半壳体上，而热传导板与发热元件直接接触，易于扩大热传导面积，安装于导热半壳体内部的水冷竖管将发热元件的热量带走，同时空气中的热量通过裸露在导热半壳体外部的水冷竖管带走，有效提高散热效果，而在冷却液水箱的出水端处安装磁化器，实现冷却液的磁化处理，有效避免冷却液在各个管道内结垢。 【EN】The invention relates to a water cooling device of an electrical control system, belonging to the field of heat dissipation of the electrical system, the water cooling device of the electrical control system comprises a cooling liquid water tank, wherein the water outlet end of the cooling liquid water tank is fixedly connected with a lower transverse pipe through a water inlet pipe, a magnetizer is fixedly arranged between the cooling liquid water tank and the water inlet pipe, the upper end of the lower transverse pipe is fixedly connected with water cooling vertical pipes at equal intervals along the horizontal direction, a heat conduction plate is directly arranged on a heat conduction semi-shell embedded outside a plurality of water cooling vertical pipes, the heat conduction plate is directly contacted with a heating element, the heat conduction area is easy to expand, the water cooling vertical pipes arranged inside the heat conduction semi-shell take away the heat of the heating element, meanwhile, the heat in the air is taken away through the water cooling vertical pipes exposed outside the heat conduction semi-shell, the heat dissipation, realize the magnetization treatment of coolant liquid, effectively avoid the coolant liquid scale deposit in each pipeline.

摘要：【中文】本发明涉及一种电气控制系统的风冷式散热装置，属于散热技术领域，一种电气控制系统的风冷式散热装置，包括支撑架和嵌设安装于支撑架靠近底端侧壁上的散热风扇，散热风扇的出风端的外壳侧壁上螺纹连接有导流罩，导流罩的外端安装有导流管，支撑架靠近上端的侧壁上固定连接有L形支撑板，L形支撑板的底端面转动安装有供气管，导流管的顶端通过旋转接头与供气管的一端固定连接，将带有多个气流喷嘴的供气管通过导流管与散热风扇的出风端相连通，散热风扇所产生的气流导入至供气管内并从多个气流喷嘴喷出，而供气管能够在一定范围内进行左右往复摆动，从而有效实现风冷方向的多方位调节，有效扩大风冷范围。 【EN】The invention relates to an air-cooled heat dissipating device of an electrical control system, belonging to the technical field of heat dissipation, which comprises a support frame and a heat dissipating fan embedded on the side wall of the support frame near the bottom end, wherein the side wall of a shell at the air outlet end of the heat dissipating fan is in threaded connection with a flow guide cover, the outer end of the flow guide cover is provided with a flow guide pipe, the side wall of the support frame near the upper end is fixedly connected with an L-shaped support plate, the bottom end surface of the L-shaped support plate is rotatably provided with an air supply pipe, the top end of the flow guide pipe is fixedly connected with one end of the air supply pipe through a rotary joint, the air supply pipe with a plurality of air flow nozzles is communicated with the air outlet end of the heat dissipating fan through the flow guide pipe, air flow generated by the heat dissipating fan is guided into the air supply pipe and is sprayed out from the plurality of air, effectively enlarging the air cooling range.

摘要：【中文】本发明涉及煤层气开采技术领域，具体而言，涉及一种煤炭层的体积压裂处理方法，该方法包括：获取目标区域的地质特征信息，基于目地质特征信息，建立煤储层水力压裂裂缝扩展模型，基于煤储层水力压裂裂缝扩展模型对水力裂缝和天然节理的相互作用进行模拟，得到模拟结果，根据所述模拟结果，分析得出影响水力裂缝与天然节理的相互作用的因素，对各因素进行评价，得到评价结果，根据所述评价结果和所述煤储层水力压裂裂缝扩展模型，对施工现场的体积压裂工艺以及施工参数进行优化。如此，通过优化体积压裂工艺和施工参数以提高煤层气开发的效率。 【EN】The invention relates to the technical field of coal bed methane exploitation, in particular to a volume fracturing treatment method for a coal bed, which comprises the following steps: the method comprises the steps of obtaining geological feature information of a target area, establishing a coal reservoir hydraulic fracturing fracture expansion model based on the geological feature information, simulating interaction of hydraulic fractures and natural joints based on the coal reservoir hydraulic fracturing fracture expansion model to obtain a simulation result, analyzing factors influencing the interaction of the hydraulic fractures and the natural joints according to the simulation result, evaluating the factors to obtain an evaluation result, and optimizing a volume fracturing process and construction parameters of a construction site according to the evaluation result and the coal reservoir hydraulic fracturing fracture expansion model. Therefore, the efficiency of coal bed gas development is improved by optimizing the volume fracturing process and construction parameters.

摘要：【中文】本发明涉及一种控制系统的控制芯片安装座，属于芯片安装领域，一种控制系统的控制芯片安装座，包括底座以及固定连接在底座上端的安装板，安装板内部开凿有安装槽，安装板四周均开凿有多个均匀分布的引脚槽，底座上方设有盖板，盖板下端的四个拐角处均固定连接有定位柱，安装板上端四角处均开凿有与定位柱相匹配的定位槽，定位柱包括两个与盖板固定连接的弹片，两个弹片的下侧外端均固定连接有凸起，两个弹片相互靠近的一端固定连接有压缩弹簧，底座左右两上端均固定连接有压杆，压杆位于安装板外侧，盖板上端转动连接有拉环，可以实现便于芯片的安装和拆卸，即便于芯片的更换，有效降低更换过程中对芯片的损坏。 【EN】The invention relates to a control chip mounting seat of a control system, belonging to the field of chip mounting, which comprises a base and a mounting plate fixedly connected at the upper end of the base, wherein the mounting plate is chiseled inside with a mounting groove, the periphery of the mounting plate is chiseled with a plurality of uniformly distributed pin grooves, a cover plate is arranged above the base, four corners of the lower end of the cover plate are fixedly connected with positioning columns, four corners of the upper end of the mounting plate are chiseled with positioning grooves matched with the positioning columns, the positioning columns comprise two elastic sheets fixedly connected with the cover plate, the outer ends of the lower sides of the two elastic sheets are fixedly connected with bulges, one end of the two elastic sheets close to each other is fixedly connected with a compression spring, the upper ends of the left and the right of the base are fixedly connected with compression rods, the compression rods are positioned outside the, the chip is convenient to replace, and the damage to the chip in the replacement process is effectively reduced.

摘要：【中文】本发明涉及一种行走式脊柱侧凸牵引装置，所述牵引支架由手扶式行走支架、可调节支撑架及弹簧式重力牵引装置组成。手扶式行走支架部分由前轮、后轮、后方保护轮、前轮杆、后轮杆、底部U形杆、上部U形杆、旋拧式高度调节杆、把手组成；可调节支撑架由底部杆、上部杆、高度调节螺母、套圈、顶部弯曲杆、前分叉组成；本装置可实现让被牵引人在直立行走状态下也能进行牵引治疗，保持了较大的生活自由度；牵引过程无需使用秤砣、沙袋等重物而利用自身重力作为牵引力量，等边三叉式高精度弹簧组合使得牵引力度上可实现柔性稳定，同时滑轮组和牵引绳方便患者对于牵引力量进行自我调节及撤除，极大地提高了牵引操作的简便性及安全性。 【EN】The invention relates to a walking scoliosis traction device, wherein a traction support comprises a walking support, an adjustable support frame and a spring type gravity traction device. The walking bracket part consists of a front wheel, a rear protective wheel, a front wheel rod, a rear wheel rod, a bottom U-shaped rod, an upper U-shaped rod, a screwing type height adjusting rod and a handle; the adjustable support frame consists of a bottom rod, an upper rod, a height adjusting nut, a ferrule, a top bending rod and a front fork; the device can realize that the towed person can also carry out traction treatment in the upright walking state, thereby keeping larger freedom of life; the traction process does not need to use weights such as a weight and a sand bag and utilizes self gravity as traction force, the equilateral three-fork type high-precision spring combination enables flexibility and stability in traction force to be realized, meanwhile, the pulley block and the traction rope facilitate self adjustment and removal of traction force by a patient, and simplicity and safety of traction operation are greatly improved.

摘要：【中文】本发明涉及一种安全液压阀，属于安全防护技术领域，一种液压电气控制系统用安全液压阀，包括电磁阀腔，电磁阀腔外表面一侧固定连接有测压腔，测压腔内部装设有活塞，活塞的一侧外表面固定连接有薄膜，活塞远离薄膜的一端固定连接有活塞杆，测压腔的上端端固定连接有导压管，测压腔的下方固定连接有电磁控制腔，且电磁控制腔内安装有两个永磁体，两个永磁体之间滑动安装有线圈绕组，它可以提高安全阀的可靠性，本装置设有电磁控制腔和测压腔两个安全机构，正常情况下依靠机械式的测压腔工作，当测压腔薄膜阻塞或损坏时，电磁阀腔投入工作，保证了安全阀的整体可靠性，降低了安全阀的维护成本。 【EN】The invention relates to a safety hydraulic valve, belonging to the technical field of safety protection, and the safety hydraulic valve for a hydraulic pneumatic control system comprises an electromagnetic valve cavity, wherein one side of the outer surface of the electromagnetic valve cavity is fixedly connected with a pressure measuring cavity, a piston is arranged in the pressure measuring cavity, the outer surface of one side of the piston is fixedly connected with a film, one end of the piston, which is far away from the film, is fixedly connected with a piston rod, the upper end of the pressure measuring cavity is fixedly connected with a pressure guide pipe, an electromagnetic control cavity is fixedly connected below the pressure measuring cavity, two permanent magnets are arranged in the electromagnetic control cavity, and a coil winding is arranged between the two permanent magnets in a sliding manner, so that the reliability of the safety valve can be improved. The maintenance cost of the safety valve is reduced.

摘要：【中文】本发明公开了一种多主栅太阳能电池分步印刷的方法，包括：第一次印刷，在电池正面形成第一次印刷图形，所述第一次印刷图形包括矩形焊点；第二次印刷，在电池正面形成第二次印刷图形，所述第二次印刷图形包括镂空焊点、主栅和副栅，所述镂空焊点设于主栅和副栅的搭接处；所述镂空焊点包括镂空部和实体部，所述实体部与矩形焊点重叠形成四个矩形重叠部，所述镂空部将矩形焊点的其余部分裸露出来。本发明的分步印刷方法，第一次印刷形成矩形焊点，第二次印刷形成镂空焊点、主栅和副栅，第二次印刷时，镂空焊点与矩形焊点重叠形成矩形重叠部，不仅解决主副栅搭接问题，还提高主栅上焊点的拉力，提高电池组件的良率和寿命。 【EN】The invention discloses a multi-main grid solar cell step-by-step printing method, which comprises the following steps: printing for the first time, wherein a first printing pattern is formed on the front surface of the battery, and the first printing pattern comprises rectangular welding spots; printing for the second time, wherein a second printing pattern is formed on the front surface of the battery, the second printing pattern comprises hollow welding points, a main grid and an auxiliary grid, and the hollow welding points are arranged at the lap joint of the main grid and the auxiliary grid; the hollow welding points comprise hollow parts and solid parts, the solid parts are overlapped with the rectangular welding points to form four rectangular overlapping parts, and the hollow parts expose the rest parts of the rectangular welding points. According to the step-by-step printing method, the rectangular welding spots are formed through first printing, the hollowed welding spots, the main grid and the auxiliary grid are formed through second printing, and the hollowed welding spots and the rectangular welding spots are overlapped to form the rectangular overlapping part during second printing, so that the problem of overlapping of the main grid and the auxiliary grid is solved, the tensile force of the welding spots on the main grid is improved, and the yield and the service life of a battery assembly are improved.

摘要：【中文】本申请公开了一种指纹识别装置、设备及方法，涉及指纹识别领域。该方法包括：OLED接收触摸开始事件，并向处理单元上报触摸开始事件；处理单元根据触摸开始事件，向液晶层发送第一控制指令；液晶层根据第一控制指令从遮光状态切换至导光状态；指纹传感器采集透过液晶层的反射光线，进行指纹识别。该技术方案通过在OLED与指纹传感器之间增加液晶层，应用液晶层的物理性质，在地磁场中，液晶分子的排列无规则，光线无法通过，起到遮挡开孔边缘的作用，解决了用户在OLED正面观察时，能够在开孔边缘位置看到屏下结构的问题；在一定强度的定向磁场中，液晶分子能够在指定方向上有规则的排列，进而能够透光，不影响指纹识别。 【EN】The application discloses a fingerprint identification device, equipment and a method, and relates to the field of fingerprint identification. The method comprises the following steps: the OLED receives a touch start event and reports the touch start event to the processing unit; the processing unit sends a first control instruction to the liquid crystal layer according to the touch start event; the liquid crystal layer is switched from a light shielding state to a light guiding state according to a first control instruction; the fingerprint sensor collects the reflected light penetrating through the liquid crystal layer to perform fingerprint identification. According to the technical scheme, the liquid crystal layer is additionally arranged between the OLED and the fingerprint sensor, the physical property of the liquid crystal layer is applied, in a geomagnetic field, the arrangement of liquid crystal molecules is irregular, light cannot pass through the liquid crystal molecules, the effect of shielding the edge of the opening hole is achieved, and the problem that a user can see the structure under the screen at the edge of the opening hole when observing the front side of the OLED is solved; in an oriented magnetic field with certain intensity, liquid crystal molecules can be regularly arranged in a specified direction, and further light can be transmitted without influencing fingerprint identification.