摘要：【中文】本发明公开了一种电网的控制方法及装置。其中，该方法包括：公共电网所管理的各个区域电网根据自身功率裕度向公共电网上报对外交互功率限额；公共电网根据采集到的对外交互功率限额获取全网功率平衡的运行结果；公共电网将运行结果下发给各个区域电网的关联节点，其中，各个区域电网的关联节点采用公共电网下发的运行结果；各个区域电网将关联节点设为本区域电网电压幅值与相角参考点，并在公共电网运行结果的基础上对本区域电网进行控制。本发明解决了相关技术中对电网的控制不够合理的技术问题。 【EN】The invention discloses a control method and device of a power grid. Wherein, the method comprises the following steps: reporting external interaction power limit to the public power grid by each regional power grid managed by the public power grid according to the power margin of the regional power grid; the public power grid acquires an operation result of the power balance of the whole power grid according to the acquired external interaction power limit; the public power grid issues the operation result to the associated node of each regional power grid, wherein the associated node of each regional power grid adopts the operation result issued by the public power grid; and each regional power grid sets the associated node as a voltage amplitude value and a phase angle reference point of the regional power grid, and controls the regional power grid on the basis of the operation result of the public power grid. The invention solves the technical problem of unreasonable control on the power grid in the related technology.

摘要：【中文】本发明公开了一种配电系统的控制方法及装置。其中，该方法包括：将配电网划分为得到主干电网、区间电网和区域电网，其中，主干电网负责全局控制；区间电网负责建立馈线中区域间的电气联系，区域电网负责接收主干电网与区间电网的运行结果；根据划分后的主干电网、区间电网和区域电网对配电系统进行控制。本发明解决了相关技术中由于配电系统的区域划分方式比较单一，导致的各区域对电网中功率波动的响应速度比较慢的技术问题。 【EN】The invention discloses a control method and device of a power distribution system. Wherein, the method comprises the following steps: dividing a power distribution network into a main power grid, an interval power grid and a regional power grid, wherein the main power grid is responsible for overall control; the regional power grid is responsible for establishing electrical connection among regions in the feeder line, and the regional power grid is responsible for receiving operation results of the main power grid and the regional power grid; and controlling the power distribution system according to the divided main power grid, the divided interval power grid and the divided regional power grid. The invention solves the technical problem that the response speed of each region to the power fluctuation in the power grid is slow due to the single region division mode of the power distribution system in the related technology.

摘要：【中文】本发明公开了一种设备能力评估方法及装置。其中，该设备能力评估方法包括：获取一个或多个用于表示待评估设备的防潮防凝露能力的参数；获取待评估设备的经济指标，其中，经济指标用于指示待评估设备的成本；对一个或多个参数，以及经济指标进行加权计算得到待评估设备的防潮防凝露的能力指数。本发明解决了相关技术中无法对配电设备进行防潮及防凝露性能进行评估的技术问题。 【EN】The invention discloses a method and a device for evaluating equipment capacity. The equipment capability evaluation method comprises the following steps: acquiring one or more parameters for representing the moisture and condensation preventing capacity of equipment to be evaluated; the method comprises the steps of obtaining an economic index of equipment to be evaluated, wherein the economic index is used for indicating the cost of the equipment to be evaluated; and performing weighted calculation on one or more parameters and the economic index to obtain the moisture-proof and condensation-proof capability index of the equipment to be evaluated. The invention solves the technical problem that the moisture-proof and condensation-proof performance of the power distribution equipment cannot be evaluated in the related technology.

摘要：【中文】本发明公开了一种耐压隔离版图的设计方法、系统、电子设备及存储介质，该耐压隔离版图的设计方法包括：获取第一器件的最高耐压值；根据所述第一器件的最高耐压值和预设区域的电压域得到最终的版图设计。本发明所提供的耐压隔离版图的设计方法通过器件的最高耐压值和器件所在的预设区域的电压域进行比较，并根据比较结果使得器件最终的最高耐压值大于其所在的预设区域的电压域，从而防止器件出现反向击穿，失去单向导电能力的情况出现，从而保证仿真结果的正确性。 【EN】The invention discloses a design method, a system, electronic equipment and a storage medium of a voltage-resistant isolation layout, wherein the design method of the voltage-resistant isolation layout comprises the following steps: acquiring the highest voltage withstanding value of the first device; and obtaining a final layout design according to the highest voltage withstanding value of the first device and the voltage domain of the preset region. According to the design method of the voltage-resistant isolation layout, the highest voltage-resistant value of the device is compared with the voltage domain of the preset region where the device is located, and the final highest voltage-resistant value of the device is larger than the voltage domain of the preset region where the device is located according to the comparison result, so that the device is prevented from being subjected to reverse breakdown and losing the unidirectional conductivity, and the accuracy of the simulation result is guaranteed.

摘要：【中文】本发明涉及一种IC设计环境的自动化实现方法、装置、设备及存储介质，该实现方法包括步骤：根据IC设计的项目信息创建目录结构；在所述目录结构下，根据IC设计的项目设计流程文件生成自动设置脚本，调用所述自动设置脚本从所述项目设计流程文件中提取项目配置信息和项目设计人员信息，生成项目配置文件目录和设计人员工作目录。该方法通过根据项目设计流程文件生成自动设置脚本，自动设置脚本将设计资源进行整合，可以自动设置设计环境变量并自动加载设计工具，从而生成统一的工作目录，设计人员进入设计环境后无需再做其他操作，直接进行设计工作，实现了设计环境的统一化。 【EN】The invention relates to an automatic realization method, a device, equipment and a storage medium of an IC design environment, wherein the realization method comprises the following steps: creating a directory structure according to project information of the IC design; and under the directory structure, generating an automatic setting script according to a project design flow file of the IC design, calling the automatic setting script to extract project configuration information and project designer information from the project design flow file, and generating a project configuration file directory and a designer working directory. According to the method, the automatic setting script is generated according to the project design flow file, the automatic setting script integrates design resources, the design environment variable can be automatically set, and the design tool can be automatically loaded, so that a unified working directory is generated, designers can directly carry out design work without other operations after entering the design environment, and the unification of the design environment is realized.

摘要：【中文】本发明公开了一种用于负载端感应电流快速泄放的负反馈电路，包括：感应负压导通单元用于当感性负载被关断后基电压输入端V_BB与输出端OUT的压差达到预设值时，在所述感应负压导通单元的输出端产生感应电流信号；电流镜单元用于根据所述感应电流信号产生用于导通所述功率管负反馈单元的镜像电流信号；功率管负反馈单元用于根据所述镜像电流信号导通功率管，以使所述功率管产生反馈电流信号，并通过所述反馈电流信号降低所述感性负载上的电流变化率，使输出电压恢复为零电位。本发明提供的负反馈电路采用功率管作为感性负载能量泄放通道，在实现感性负载快速退磁的同时减小了芯片面积，降低了功耗，并降低了工艺难度，同时增强了芯片工作的可靠性。 【EN】The invention discloses a negative feedback circuit for quickly releasing induced current at a load end, which comprises: the inductive negative voltage conduction unit is used for the base voltage input end V after the inductive load is switched off_BBWhen the pressure difference between the induction negative pressure conduction unit and the output end OUT reaches a preset value, an induction current signal is generated at the output end of the induction negative pressure conduction unit; the current mirror unit is used for generating a mirror current signal for conducting the power tube negative feedback unit according to the induction current signal; the power tube negative feedback unit is used for switching on the power tube according to the mirror current signal so as to enable the power tube to generate a feedback current signal, and the current change rate on the inductive load is reduced through the feedback current signal so as to enable the output voltage to be recovered to zero potential. The negative feedback circuit provided by the invention adopts the power tube as the inductive load energy release channel, so that the chip area is reduced, the power consumption is reduced, the process difficulty is reduced and the working reliability of the chip is enhanced while the inductive load is demagnetized quickly.

摘要：【中文】本发明公开了一种芯片端口的抗雷击检测方法，包括：分别获取待测芯片端口相对于电源端、接地端及剩余芯片端口的电流电压曲线；对待测芯片端口进行雷电间接效应试验；在雷电间接效应试验后，再次获取待测芯片端口相对于电源端、接地端及剩余芯片端口的电流电压曲线；对待测芯片的性能和功能进行测试，获得雷电间接效应试验后待测芯片的性能参数和功能参数；对雷电间接效应试验前后的电流电压曲线进行对比，获得曲线对比结果；根据性能参数、功能参数和曲线对比结果判断待测芯片端口是否合格。本发明的芯片端口的抗雷击检测方法能够在芯片经受雷电间接效应试验后且芯片功能和性能测试合格的情况下，检测芯片端口的隐性损伤。 【EN】The invention discloses a lightning stroke resisting detection method of a chip port, which comprises the following steps: respectively acquiring current-voltage curves of a port of a chip to be tested relative to a power supply end, a grounding end and the ports of the rest chips; carrying out lightning indirect effect test on a port of a chip to be tested; after the lightning indirect effect test, acquiring current-voltage curves of the port of the chip to be tested relative to the power supply end, the grounding end and the ports of the rest chips; testing the performance and the function of the chip to be tested to obtain the performance parameters and the function parameters of the chip to be tested after the lightning indirect effect test; comparing current and voltage curves before and after the lightning indirect effect test to obtain a curve comparison result; and judging whether the port of the chip to be tested is qualified or not according to the performance parameters, the functional parameters and the curve comparison result. The anti-lightning stroke detection method for the chip port can detect the recessive damage of the chip port under the conditions that the chip is subjected to a lightning indirect effect test and the chip function and performance test is qualified.

摘要：【中文】本发明公开了一种接头防水的检测系统和检测方法。其中，检测系统包括：主体水箱、温湿度传感器、以及数据采集装置；温湿度传感器放置于待检测接头内，待检测接头放置于主体水箱内，数据采集装置与温湿度传感器通信连接，以基于温湿度传感器采集的温湿度参数确定待检测接头是否故障，其中，主体水箱设有进水口，且进水口连接有进水阀和恒压水泵；主体水箱设有出水口，且进水口连接有排水阀；以及主体水箱还连接有循环水泵，循环水泵一端与主体水箱的进水阀连接，另一端经过止回水阀与主体水箱的排水阀连接。本发明解决了内置式温湿度传感器的电能供应和温湿度信号传输的难题，实现了直接测量电缆接头内部温湿度的技术效果。 【EN】The invention discloses a detection system and a detection method for water resistance of a joint. Wherein, detecting system includes: the temperature and humidity sensor comprises a main water tank, a temperature and humidity sensor and a data acquisition device; the temperature and humidity sensor is placed in the joint to be detected, the joint to be detected is placed in the main water tank, the data acquisition device is in communication connection with the temperature and humidity sensor, and whether the joint to be detected breaks down is determined according to temperature and humidity parameters acquired by the temperature and humidity sensor, wherein the main water tank is provided with a water inlet, and the water inlet is connected with a water inlet valve and a constant-pressure water pump; the main body water tank is provided with a water outlet, and the water inlet is connected with a drain valve; and the main body water tank is also connected with a circulating water pump, one end of the circulating water pump is connected with a water inlet valve of the main body water tank, and the other end of the circulating water pump is connected with a drain valve of the main body water tank through a check water valve. The invention solves the problems of electric energy supply and temperature and humidity signal transmission of the built-in temperature and humidity sensor and realizes the technical effect of directly measuring the temperature and humidity inside the cable joint.

摘要：【中文】本发明属于油泥岩屑混合物处理技术领域，公开了一种页岩气开采的油泥岩屑混合物的处理方法及系统，所述页岩气开采的油泥岩屑混合物的处理系统包括：温度检测模块、成分检测模块、中央控制模块、抽取模块、清洗模块、加热模块、离心模块、脱油模块、除臭模块、显示模块。本发明通过清洗模块可快速、高效清洗油泥，降低清洗成本；同时，通过脱油模块利用废弃油泥岩屑颗粒在旋流场中高速自转产生的离心力强化毛细油、表面油及孔隙油的脱除；利用公转产生的周期振荡的离心力完成油气、固相的分离和富集；由于岩屑颗粒在旋流场中的转速可达数万转每分钟，产生的离心力可充分脱除岩屑纳微孔道中的油相，从而提高除油效率，降低能耗。 【EN】The invention belongs to the technical field of oil sludge and rock debris mixture treatment, and discloses a method and a system for treating an oil sludge and rock debris mixture produced by shale gas exploitation, wherein the system for treating the oil sludge and rock debris mixture produced by shale gas exploitation comprises the following steps: the device comprises a temperature detection module, a component detection module, a central control module, an extraction module, a cleaning module, a heating module, a centrifugation module, a deoiling module, a deodorization module and a display module. According to the invention, the oil sludge can be quickly and efficiently cleaned through the cleaning module, so that the cleaning cost is reduced; meanwhile, the deoiling module is used for strengthening the removal of the capillary oil, the surface oil and the pore oil by utilizing the centrifugal force generated by the high-speed autorotation of the waste oil sludge and rock debris particles in the cyclone field; the separation and enrichment of oil gas and solid phase are completed by utilizing the centrifugal force of periodic oscillation generated by revolution; because the rotating speed of the rock debris particles in the rotational flow field can reach tens of thousands of revolutions per minute, the generated centrifugal force can fully remove the oil phase in the rock debris nano-micro channel, thereby improving the oil removal efficiency and reducing the energy consumption.

摘要：【中文】本发明通过对血红蛋白残留和过氧化物酶活性进行双标检测，同时测定待测样本中过氧化物酶的浓度C₁以及血红蛋白的浓度C₂，通过公式R＝C₂/C₁，获得R值，并通过收集大量的因不同病因、不同部位的死宰羊肉的数据，确立了R值的标准阈值，从而完成了对死宰羊肉的判定的绝对标准。采用本发明的检测方法，仅对待测样品进行单次实验，不受检测样本部位的限制，就可以确定待测样本是死宰羊肉还是屠宰羊肉。 【EN】The method simultaneously determines the concentration C of the peroxidase in a sample to be detected by carrying out double-label detection on the hemoglobin residue and the peroxidase activity₁And concentration C of hemoglobin₂By the formula R ═ C₂/C₁And acquiring an R value, and establishing a standard threshold value of the R value by collecting a large amount of data of the dead mutton with different causes and different parts, thereby finishing the absolute standard of the judgment of the dead mutton. By adopting the detection method, whether the sample to be detected is the dead mutton or the slaughtered mutton can be determined only by carrying out a single experiment on the sample to be detected without the limitation of the position of the detected sample.