摘要：【中文】本发明公开了一种电子设备的测试方法、测试服务器及测试系统，该方法包括：获取基于第一测试数据对第一目标设备进行测试形成的第一测试结果，其中，所述第一测试数据中包括至少一个测试项目；根据所述第一测试结果，并基于预设筛选规定对第一测试数据中的测试项目进行调整，形成第二测试数据；在接收到第一测试请求的情况下，输出所述第二测试数据，以基于所述第二测试数据对第二目标设备进行测试，其中，所述第二目标设备与所述第一目标设备是相同或相关联的设备。该测试方法能够根据当前的实际测试情况，对需要进行测试的目标设备所用的测试数据进行动态的调整，从而在既保证测试质量的前提下还能够提高测试效率。 【EN】The invention discloses a test method, a test server and a test system of electronic equipment, wherein the method comprises the following steps: the method comprises the steps of obtaining a first test result formed by testing a first target device based on first test data, wherein the first test data comprises at least one test item; according to the first test result, adjusting the test items in the first test data based on a preset screening rule to form second test data; in the event that a first test request is received, outputting the second test data to test a second target device based on the second test data, wherein the second target device is the same or associated device as the first target device. The test method can dynamically adjust the test data used by the target equipment to be tested according to the current actual test condition, thereby improving the test efficiency on the premise of ensuring the test quality.

摘要：【中文】本发明公开了一种下料控制方法、装置、下料设备及可读存储介质，涉及自动化技术领域，读取调料状态，若第一调料相邻的第二调料与第一调料的调料状态不一致，则调整两个调料的下料间隔预设时长，并当确定第一调料下料完毕经过预设时长后，控制第二调料下料，从而使不同调料状态的调料的下料时间存在间隔，避免非固体调料的飞溅对下料口造成污染，最大程度上保证了调料的纯度以及菜品的口味。所述方法包括：读取当前执行菜谱中调料的调料状态；若第一调料在当前执行菜谱中相邻的第二调料的调料状态与第一调料的调料状态不一致，则调整第一调料与第二调料的下料时间间隔预设时长；当确定第一调料下料完毕时，经过预设时长后，控制第二条料进行下料。 【EN】The invention discloses a feeding control method, a device, a feeding device and a readable storage medium, and relates to the technical field of automation, wherein the states of seasonings are read, if the seasoning states of a second seasoning adjacent to a first seasoning are inconsistent with the seasoning state of the first seasoning, the preset time length of the feeding interval of the two seasonings is adjusted, and the feeding of the second seasoning is controlled after the preset time length is determined after the first seasoning is completely fed, so that the feeding time intervals of the seasonings in different seasoning states exist, the pollution to a feeding port caused by the splashing of non-solid seasonings is avoided, and the purity of the seasonings and the taste of dishes are ensured to the maximum extent. The method comprises the following steps: reading the seasoning state of the seasonings in the currently executed menu; if the seasoning state of the second seasoning adjacent to the first seasoning in the currently executed menu is not consistent with the seasoning state of the first seasoning, adjusting the preset time interval of the blanking time of the first seasoning and the second seasoning; and when the first seasoning is determined to be completely discharged, controlling the second seasoning to discharge after a preset time.

摘要：【中文】本发明揭示了一种输入过压及输出过流保护电路，其包括过压保护电路和过流保护电路，过压保护电路对输入电压进行过电压输入限制，当输入电压超过额定电压时会断开输入回路；过流保护电路对输出端负载进行短路过流保护，当出现短路或者过流时，电路会断开输出端负载供电，当短路状态清除后，电路自动恢复正常。本发明具既有输入过压保护有具有输出过流保护，能够有效保障负载的安全，而且当短路状态清除后电路会自动恢复正常。 【EN】The invention discloses an input overvoltage and output overcurrent protection circuit, which comprises an overvoltage protection circuit and an overcurrent protection circuit, wherein the overvoltage protection circuit carries out overvoltage input limitation on input voltage, and an input loop is disconnected when the input voltage exceeds a rated voltage; the overcurrent protection circuit performs short-circuit overcurrent protection on the output end load, when a short circuit or overcurrent occurs, the circuit can cut off the power supply of the output end load, and when the short circuit state is cleared, the circuit automatically recovers to be normal. The invention has the advantages of input overvoltage protection and output overcurrent protection, can effectively ensure the safety of the load, and can automatically recover the circuit to be normal after the short circuit state is cleared.

摘要：【中文】本发明公开了一种下料控制方法、装置、设备及可读存储介质，涉及自动化技术领域，通过在执行的菜谱中查询待下料固体调料的额定下料量，根据待下料固体调料对应的预设减少量，计算待下料固体调料的实际下料量，并控制实际下料量的待下料固体调料进行下料，将颗料较细的固体调料可能会渗出的情况考虑进来，事先做好对菜品味道的补偿，最大程度上保证菜品中调料的下料量准确，避免调料渗出对菜品的口味造成影响。所述方法包括：在当前执行的菜谱中查询待下料固体调料的额定下料量；根据所述待下料固体调料对应的预设减少量，计算所述待下料固体调料的实际下料量；控制所述实际下料量的所述待下料固体调料进行下料。 【EN】The invention discloses a blanking control method, a device, equipment and a readable storage medium, and relates to the technical field of automation. The method comprises the following steps: inquiring the rated feeding amount of the solid seasoning to be fed in the currently executed menu; calculating the actual blanking amount of the solid seasoning to be blanked according to the preset reduction amount corresponding to the solid seasoning to be blanked; and controlling the actual blanking amount of the solid seasoning to be blanked to carry out blanking.

摘要：【中文】本发明公开了水电机组技术领域的一种基于物联网的水电机组可靠性监控系统，所述采集层子系统包括传感器、RS485转RS232总线控制器和ZigBee通信设备，传感器获取水电机组的相关信息，并进行实时采集，经RS485转RS232总线控制器转换为TTL信号，由串口送入以CC2530为核心的ZigBee通信设备，通过ZigBee无线网络将数据传送传输层子系统；所述传输层子系统包括ARM控制器、GPRS通信设备和ZigBee通信设备，传输子系统通过ZigBee无线网络与采集层系统通讯，并通过GPRS通信设备与应用层子系统通讯；所述应用层子系统包括通信服务器、实时数据库和电厂管理信息系统，应用层子系统实现人机交互，侦听来自传输来自传输层子系统的水电机组参数，对参数进行分析展示和反馈。 【EN】The invention discloses a reliability monitoring system of a hydroelectric generating set based on the Internet of things, which belongs to the technical field of hydroelectric generating sets, wherein an acquisition layer subsystem comprises a sensor, an RS 485-RS 232 bus controller and ZigBee communication equipment, the sensor acquires relevant information of the hydroelectric generating set, acquires the information in real time, converts the information into TTL signals through the RS 485-RS 232 bus controller, sends the TTL signals into the ZigBee communication equipment with CC2530 as a core through a serial port, and transmits data to a transmission layer subsystem through a ZigBee wireless network; the transmission layer subsystem comprises an ARM controller, GPRS communication equipment and ZigBee communication equipment, and is communicated with the acquisition layer subsystem through a ZigBee wireless network and communicated with the application layer subsystem through the GPRS communication equipment; the application layer subsystem comprises a communication server, a real-time database and a power plant management information system, realizes man-machine interaction, monitors parameters of a hydroelectric generating set transmitted from the transmission layer subsystem, and analyzes, displays and feeds back the parameters.