摘要：【中文】本公开实施例公开了旋磁式康复治疗仪器，一具体实施方式包括控制电路以及至少一个第一探头和至少一个第二探头，其中控制电路与第一探头和第二探头电连接，用于提供工作电压；第一探头包括壳体、人体接触面、多微元素片、磁体、感应线圈、吸波元件以及转动装置；其中，转动装置带动磁体旋转产生旋转磁场；第二探头包括壳体，多微元素片、感应线圈以及吸波元件；多微元素片放置于感应线圈与人体接触面之间，吸波元件吸收投射到吸波材料表面的电磁波能量并屏蔽外部磁场。本公开使用旋转磁场和多微能量场逐渐渗透刺激穴位，促进机体经络、血液与细胞产生共振，刺激和加强血液循环，增强神经组织吸收和自我修复能力。 【EN】The embodiment of the disclosure discloses a gyromagnetic rehabilitation therapy instrument, and one specific implementation mode comprises a control circuit, at least one first probe and at least one second probe, wherein the control circuit is electrically connected with the first probe and the second probe and is used for providing working voltage; the first probe comprises a shell, a human body contact surface, a multi-micro-element sheet, a magnet, an induction coil, a wave absorbing element and a rotating device; wherein, the rotating device drives the magnet to rotate to generate a rotating magnetic field; the second probe comprises a shell, a multi-micro-element sheet, an induction coil and a wave-absorbing element; the multiple micro-element pieces are arranged between the induction coil and the contact surface of the human body, and the wave-absorbing element absorbs electromagnetic wave energy projected to the surface of the wave-absorbing material and shields an external magnetic field. The present disclosure uses a rotating magnetic field and a multi-micro energy field to gradually penetrate and stimulate acupuncture points, promote the body channels and collaterals, blood and cells to generate resonance, stimulate and strengthen blood circulation, and enhance the absorption and self-repair capacity of nerve tissues.

摘要：【中文】本发明属于电子技术领域，提供一种电机的预充电完成判断电路及电机的预充电完成判断方法；预充电完成判断电路包括：被配置为对电机母线的电压进行分压采样输出第一电压的第一分压模块；被配置为对电池母线电压进行分压采样输出第二电压的第二分压模块；第一分压模块的分压比和第二分压模块的分压比满足第一预设条件；被配置为在第一电压和第二电压满足第二预设条件时则生成充电比较信号的比较器模块；被配置为将充电比较信号转换得到驱动信号的单路数字隔离模块，驱动信号用于使电机的预充电电路断开；本发明的预充电完成判断电路无需软件控制可对电机的预充电过程进行检测判断，解决了传统判断电路的电路结构复杂，制造以及应用成本较高问题。 【EN】The invention belongs to the technical field of electronics, and provides a pre-charging completion judgment circuit of a motor and a pre-charging completion judgment method of the motor; the precharge completion judging circuit includes: the first voltage division module is configured to divide the voltage of the motor bus and sample the voltage to output a first voltage; the second voltage division module is configured to divide the voltage of the battery bus and sample the voltage to output a second voltage; the voltage division ratio of the first voltage division module and the voltage division ratio of the second voltage division module meet a first preset condition; a comparator module configured to generate a charge comparison signal when the first voltage and the second voltage satisfy a second preset condition; a one-way digital isolation module configured to convert the charging comparison signal into a drive signal, the drive signal for disconnecting a pre-charge circuit of the motor; the pre-charging completion judging circuit can detect and judge the pre-charging process of the motor without software control, and solves the problems of complex circuit structure and higher manufacturing and application cost of the traditional judging circuit.

摘要：【中文】本发明属于电源技术领域，提供了一种多电压供电的电源转换电路、车载嵌入式系统电源以及车载供电系统；电源转换电路包括：第一直流电源、直流转换模块、电池管理模块以及双电源切换模块；直流转换模块包括直流转换电路和至少一个二极管降压电路，当直流转换模块对第一直流电压进行电压转换后得到第二直流电压，二极管降压电路能够对第二直流电压进行降压，并输出具有不同幅值的直流电压；电源管管理模块通过充电和放电生成第三直流电压，双电源切换模块根据第三直流电压或者二极管降压电路输出的电压生成并输出第四直流电压；通过本发明解决了传统技术中电源降压电路无法兼容输出具有不同幅值的工作电压、兼容性较高，多电压供电成本较高的问题。 【EN】The invention belongs to the technical field of power supplies, and provides a multi-voltage power supply conversion circuit, a vehicle-mounted embedded system power supply and a vehicle-mounted power supply system; the power conversion circuit includes: the system comprises a first direct current power supply, a direct current conversion module, a battery management module and a dual power supply switching module; the direct current conversion module comprises a direct current conversion circuit and at least one diode voltage reduction circuit, when the direct current conversion module performs voltage conversion on the first direct current voltage to obtain a second direct current voltage, the diode voltage reduction circuit can reduce the second direct current voltage and output direct current voltages with different amplitudes; the power tube management module generates a third direct current voltage through charging and discharging, and the dual-power switching module generates and outputs a fourth direct current voltage according to the third direct current voltage or the voltage output by the diode voltage reduction circuit; the invention solves the problems that the power supply voltage reduction circuit in the traditional technology can not compatibly output working voltages with different amplitudes, the compatibility is higher, and the multi-voltage power supply cost is higher.

摘要：【中文】本发明涉及废淡液回收处理设备，包括依次相连接的淡液蒸馏装置、综合回收塔、洗涤塔，还包括废淡液过滤装置、淡液循环泵、真空泵和洗涤循环泵，所述废淡液过滤装置与所述综合回收塔相连接，所述综合回收塔和淡液蒸馏装置分别与所述淡液循环泵相连接，所述综合回收塔和所述洗涤塔分别与所述真空泵相连接，所述综合回收塔和所述洗涤塔分别与所述洗涤循环泵相连接。本发明将废淡液分级利用，逐级提浓，最后不再送往煅烧炉充当炉气洗涤液，直接送往淡液蒸馏塔装置蒸馏，缩短流程，降低能耗，有效控制蒸馏后的废淡液碱度及氨氮含量；而且还避免了堵塔现象发生及炉气放空氨含量高等问题发生；减少产品浪费，增强环保效果，适合工业化推广应用。 【EN】The invention relates to waste thin liquid recovery and treatment equipment, which comprises a thin liquid distillation device, an integrated recovery tower and a washing tower which are sequentially connected, and further comprises a waste thin liquid filtering device, a thin liquid circulating pump, a vacuum pump and a washing circulating pump, wherein the waste thin liquid filtering device is connected with the integrated recovery tower, the integrated recovery tower and the thin liquid distillation device are respectively connected with the thin liquid circulating pump, the integrated recovery tower and the washing tower are respectively connected with the vacuum pump, and the integrated recovery tower and the washing tower are respectively connected with the washing circulating pump. The waste weak solution is utilized in stages and concentrated step by step, and finally is not sent to the calcining furnace to serve as furnace gas washing liquid and is directly sent to the weak solution distillation tower device for distillation, so that the process is shortened, the energy consumption is reduced, and the alkalinity and the ammonia nitrogen content of the distilled waste weak solution are effectively controlled; but also avoids the problems of tower blockage, high ammonia content in furnace gas emptying and the like; the product waste is reduced, the environment-friendly effect is enhanced, and the method is suitable for industrial popularization and application.

摘要：【中文】本发明涉及联碱生产用设备技术领域，尤其涉及联碱生产用节能装置，包括煅烧炉、蒸汽制备装置和储水槽，其中，所述蒸汽制备装置为三级蒸汽制备装置，所述三级蒸汽制备装置分别为第一级闪发器、第二级闪发器和第三级闪发器；所述煅烧炉和所述储水槽分别与所述第一级闪发器相连接，所述第二级闪发器与所述储水槽相连接，所述第三级闪发器与所述第二级闪发器相连接。与现有技术相比，本发明充分利用现有联碱生产设备，基于现有联碱生产的生产工艺进行优化设计，对冷凝液进行多级处理，实现对联碱生产过程中煅烧炉的冷凝液的高效回收和再利用，节约能耗，能够有效提高生产的稳定性，为产品质量提供保障，适合大规模推广应用。 【EN】The invention relates to the technical field of equipment for combined soda production, in particular to an energy-saving device for combined soda production, which comprises a calcining furnace, a steam preparation device and a water storage tank, wherein the steam preparation device is a three-level steam preparation device, and the three-level steam preparation device is respectively a first-level flash tank, a second-level flash tank and a third-level flash tank; the calcinator and the water storage tank are respectively connected with the first-stage flash tank, the second-stage flash tank is connected with the water storage tank, and the third-stage flash tank is connected with the second-stage flash tank. Compared with the prior art, the invention fully utilizes the existing combined soda production equipment, carries out optimized design based on the existing production process of combined soda production, carries out multi-stage treatment on the condensate, realizes the high-efficiency recovery and reutilization of the condensate of the calcining furnace in the combined soda production process, saves energy consumption, can effectively improve the production stability, provides guarantee for the product quality, and is suitable for large-scale popularization and application.

摘要：【中文】本发明涉及一种过滤叠片，其包括：叠片本体，其是圆环形片状体；设置在叠片本体的上表面上的一级过滤凸部和二级过滤凸部，其中一级过滤凸部和二级过滤凸部沿径向从外向内间隔开布置；设置在叠片本体的下表面上的一级过滤沟槽部和二级过滤沟槽部，其中一级过滤沟槽部和二级过滤沟槽部沿径向从外向内间隔开布置；一级过滤沟槽部和二级过滤沟槽部所处的位置分别对应于叠片本体的上表面上的一级过滤凸部和二级过滤凸部的位置。本发明还涉及一种叠片式过滤器，其包括对齐地叠置在一起的多个过滤叠片。本发明的过滤叠片和叠片式过滤器实现了双级过滤，结构简单，过滤效果好，过滤效率高。 【EN】The invention relates to a filter stack comprising: a lamination body which is a circular ring-shaped sheet-shaped body; the primary filtering convex part and the secondary filtering convex part are arranged on the upper surface of the lamination body, and the primary filtering convex part and the secondary filtering convex part are arranged at intervals from outside to inside along the radial direction; the first-stage filtering groove part and the second-stage filtering groove part are arranged on the lower surface of the lamination body and are arranged at intervals from outside to inside along the radial direction; the positions of the primary filtering groove part and the secondary filtering groove part respectively correspond to the positions of the primary filtering convex part and the secondary filtering convex part on the upper surface of the lamination body. The invention also relates to a laminated filter comprising a plurality of filter laminations stacked together in alignment. The filtering lamination and the lamination type filter realize double-stage filtration, and have the advantages of simple structure, good filtering effect and high filtering efficiency.

摘要：【中文】本发明公开了一种分区多级筛分分析与效果评价方法，该方法是沿料流运移方向，依据筛长将筛下产品均匀分为c‑1个区域，筛上产品为第c区域；各区域物料经过l‑1次筛分，分成l个粒级，由小到大依次为1、2、3…l，对各区域不同粒级物料分别进行称重得到其质量；进而获得各粒级物料在不同区域的透筛分布规律，并得到各区域筛面、不同筛面长度以及整体的筛分效率与总错配物含量。本发明能够精确、便捷、可靠地确定筛分过程中各粒级物料透筛分布规律，评价不同区域筛面的筛分效果，可为筛分过程关键工艺参数的优化和高性能振动筛的结构设计提供参考。 【EN】The invention discloses a method for analyzing and evaluating effects of partition multi-stage screening, which is characterized in that products under a screen are uniformly divided into c-1 areas according to the length of the screen along the material flow moving direction, and products on the screen are the c-th area; screening materials in each area for l-1 time, dividing the materials into l size fractions, sequentially weighing the materials in different size fractions in each area from small to large by 1, 2 and 3 … l to obtain the mass of the materials; and further obtaining the sieve-passing distribution rule of the materials of each grade in different areas, and obtaining the sieve surface of each area, the length of different sieve surfaces, the whole sieving efficiency and the total mismatched substance content. The invention can accurately, conveniently and reliably determine the through-sieve distribution rule of each grade material in the sieving process, evaluate the sieving effect of the sieve surface in different areas, and provide reference for the optimization of key process parameters in the sieving process and the structural design of the high-performance vibrating sieve.

摘要：【中文】本发明公开了一种可调节温度的钛酸锂电池模组，包括相变材料块；相变材料块内插入有多个钛酸锂电池单体；相变材料块和多个钛酸锂电池单体一起组成电池模组主体；电池模组主体正上方，从上往下依次设置有第一绝缘板、第一加热膜、第一绝缘导热垫片和第一塑料支架；电池模组主体的正下方，从下往上依次设置有第二绝缘板、第二加热膜、第二绝缘导热垫片和第二塑料支架；钛酸锂电池模组还包括多个汇流排，每个汇流排与四个钛酸锂电池单体的正极柱或负极柱相连。本发明公开的可调节温度的钛酸锂电池模组，具有良好的加热性能和散热性能，能够满足电池模组在极低温度下的加热升温需求，以及满足在日常使用过程中的散热需求。 【EN】The invention discloses a lithium titanate battery module capable of adjusting temperature, which comprises a phase-change material block; a plurality of lithium titanate battery monomers are inserted into the phase change material block; the phase-change material blocks and the plurality of lithium titanate battery monomers form a battery module main body together; a first insulating plate, a first heating film, a first insulating heat-conducting gasket and a first plastic support are sequentially arranged right above the battery module main body from top to bottom; a second insulating plate, a second heating film, a second insulating heat-conducting gasket and a second plastic support are sequentially arranged right below the battery module main body from bottom to top; the lithium titanate battery module further comprises a plurality of busbars, and each busbar is connected with the positive poles or the negative poles of the four lithium titanate battery monomers. The lithium titanate battery module with the adjustable temperature disclosed by the invention has good heating performance and heat dissipation performance, and can meet the heating and warming requirements of the battery module at extremely low temperature and the heat dissipation requirements in the daily use process.

摘要：【中文】本发明提供一种高密度智能仓储系统及仓储装卸方法，该高密度智能仓储系统应用于仓库，仓储系统包括第一输送装置、第二输送装置和组合式货架；组合式货架包括至少一个货架组，每个货架组包括至少两个竖直层叠的货架单元，每个货架单元的内部均形成用于容置货物的空间；第一输送装置包括悬挂于仓库顶部的自动运行的行车，行车可沿水平方向和竖直方向移动，行车用于将仓库的指定地点的货架单元吊挂至货架组上，或者将位于货架组上的货架单元吊送至指定地点；第二输送装置包括可在仓库的地面上自动行进的运送车，运送车具有可放置货架单元的顶部，运送车用于将货架单元运送至仓库的指定地点，或者用于承载被行车吊送至指定地点的货架单元。本发明能够增加仓储面积的利用率。 【EN】The invention provides a high-density intelligent warehousing system and a warehousing loading and unloading method, wherein the high-density intelligent warehousing system is applied to a warehouse and comprises a first conveying device, a second conveying device and a combined goods shelf; the combined shelf comprises at least one shelf group, each shelf group comprises at least two vertically stacked shelf units, and a space for accommodating goods is formed inside each shelf unit; the first conveying device comprises an automatically-operated travelling crane which is suspended at the top of the warehouse, the travelling crane can move in the horizontal direction and the vertical direction, and the travelling crane is used for hanging the shelf units at the designated place of the warehouse on the shelf group or hanging the shelf units on the shelf group to the designated place; the second conveying device comprises a conveying vehicle which can automatically advance on the ground of the warehouse, the conveying vehicle is provided with a top part on which the shelf units can be placed, and the conveying vehicle is used for conveying the shelf units to a specified place of the warehouse or is used for bearing the shelf units which are hoisted to the specified place by the crane. The invention can increase the utilization rate of the storage area.

摘要：【中文】本发明提供一种新型侧激发波导SPR传感器的制备方法，包括如下步骤：步骤A，在晶体片的上表面制备两条相互交叉的波导，分别作为入射、出射波导；步骤B，用精密金刚石刀切割的方法，在两波导交叉处位置切割形成一凹槽，所述凹槽的走向要求为两波导与凹槽内侧壁形成的夹角相等，且两波导位于凹槽同侧；步骤C，在凹槽中靠近波导一侧的侧壁上，沉积一层约几十纳米厚度的金属薄层。该方案可以实现各类晶体波导的表面等离子体共振的相位匹配，从而实现基于不同种类晶体材料的波导SPR传感功能。另外，通过结构参数的调节，可以对共振波长及灵敏度实现较大范围的自由调节。 【EN】The invention provides a preparation method of a novel side-excited waveguide SPR sensor, which comprises the following steps: step A, preparing two mutually crossed waveguides on the upper surface of a crystal wafer, wherein the two mutually crossed waveguides are respectively used as an incident waveguide and an emergent waveguide; step B, cutting the position of the intersection of the two waveguides to form a groove by using a precision diamond cutter cutting method, wherein the trend of the groove requires that the included angles formed by the two waveguides and the inner side wall of the groove are equal, and the two waveguides are positioned at the same side of the groove; and step C, depositing a metal thin layer with the thickness of about dozens of nanometers on the side wall of one side, close to the waveguide, in the groove. The scheme can realize the phase matching of the surface plasma resonance of various crystal waveguides, thereby realizing the waveguide SPR sensing function based on different crystal materials. In addition, the resonance wavelength and the sensitivity can be freely adjusted in a large range by adjusting the structural parameters.