摘要：【中文】本发明公开了一种确定分析空调制冷指数的方法及装置，该方法包括获取预设时段内各空调的制冷数据，根据预设时段内各空调的制冷数据，确定各空调的制冷指数，根据各空调的制冷指数，确定出制冷异常的空调，并向制冷异常的空调对应的用户推送设备维护信息。通过对预设时段内的各空调的制冷数据进行分析得到空调的制冷指数，进而得到制冷异常的空调，可以及时的向用户推送设备维护信息，从而提高用户体验。 【EN】The invention discloses a method and a device for determining and analyzing refrigeration indexes of air conditioners. The refrigeration index of the air conditioner is obtained by analyzing the refrigeration data of each air conditioner in the preset time period, so that the air conditioner with abnormal refrigeration is obtained, and the equipment maintenance information can be pushed to the user in time, so that the user experience is improved.

摘要：【中文】本发明实施例提供了一种确定冰箱工作异常的方法及装置，该方法包括获取预设时段内各冰箱的状态数据，状态数据包括时间、设备ID、室型以及温度，根据状态数据中的时间、设备ID、室型和温度，确定各冰箱中各室型的降温曲线，并确定各冰箱中各室型之间的降温曲线拟合度，对各冰箱中各室型之间的降温曲线拟合度进行分析，得到分析结果，根据分析结果确定出工作异常的冰箱，并将保养知识和维修咨询推送给工作异常的冰箱对应的终端用户。通过对各冰箱中各室型之间的降温曲线拟合度进行分析，确定出工作异常的冰箱，可以及时的向终端用户推送设备维护保养信息，从而提升用户体验。 【EN】The embodiment of the invention provides a method and a device for determining abnormal operation of a refrigerator, wherein the method comprises the steps of obtaining state data of each refrigerator in a preset time period, wherein the state data comprises time, equipment ID, chamber type and temperature, determining a cooling curve of each chamber type in each refrigerator according to the time, the equipment ID, the chamber type and the temperature in the state data, determining the fitting degree of the cooling curve among the chamber types in each refrigerator, analyzing the fitting degree of the cooling curve among the chamber types in each refrigerator to obtain an analysis result, determining the refrigerator with abnormal operation according to the analysis result, and pushing maintenance knowledge and maintenance consultation to an end user corresponding to the refrigerator with abnormal operation. The refrigerator with abnormal work is determined by analyzing the fitting degree of the cooling curves between the chamber types in the refrigerators, and the equipment maintenance information can be pushed to a terminal user in time, so that the user experience is improved.

摘要：【中文】本发明公开了一种命名实体识别方法及装置，该方法包括获取用户输入的语句，根据用户输入的语句和多任务联合实体识别模型，确定出用户输入的语句的实体识别标签序列和分词识别标签序列，多任务联合实体识别模型包括命名实体识别模型和实体边界识别模型，命名实体识别模型和实体边界识别模型共用字符嵌入层和第一特征学习层，第一概率预测层的损失函数和第二概率预测层的损失函数相关。通过多任务联合模型进行命名实体的识别，由于命名实体识别中的概率预测层的损失函数与实体边界识别模型中的概率预测层的损失函数有关联，需要依赖于实体边界识别模型中的概率预测层的损失函数，从而可以通过加强对实体边界的识别能力来提升命名实体识别的准确率。 【EN】The invention discloses a named entity recognition method and a device, the method comprises the steps of obtaining a sentence input by a user, determining an entity recognition tag sequence and a word segmentation recognition tag sequence of the sentence input by the user according to the sentence input by the user and a multi-task combined entity recognition model, wherein the multi-task combined entity recognition model comprises a named entity recognition model and an entity boundary recognition model, the named entity recognition model and the entity boundary recognition model share a character embedding layer and a first characteristic learning layer, and a loss function of the first probability prediction layer is related to a loss function of the second probability prediction layer. The named entity is identified through the multitask joint model, and the loss function of the probability prediction layer in the named entity identification is related to the loss function of the probability prediction layer in the entity boundary identification model, so that the loss function of the probability prediction layer in the entity boundary identification model needs to be depended on, and therefore the accuracy of the named entity identification can be improved by enhancing the identification capability of the entity boundary.

摘要：【中文】本发明涉及一种催化裂化装置烟机在线清垢方法，主要解决现有技术中清垢效率较低的问题。本发明通过采用一种催化裂化装置烟机在线清垢方法，利用催化剂垢层与烟气轮机转子膨胀系数的不同，通过改变烟机轮盘温度，使沉积物分层、脱落、吹除，达到在线改善烟机转子动平衡，降低振动的目的的技术方案较好地解决了上述问题，可用于催化裂化装置烟机在线清垢中。 【EN】The invention relates to an on-line scale cleaning method for a smoke machine of a catalytic cracking unit, which mainly solves the problem of low scale cleaning efficiency in the prior art. The invention adopts the technical scheme that the online scale cleaning method of the smoke machine of the catalytic cracking device is adopted, the temperature of a wheel disc of the smoke machine is changed by utilizing the difference of the expansion coefficients of a catalyst scale layer and a rotor of a smoke turbine, so that the deposits are layered, fall off and blown off, the dynamic balance of the rotor of the smoke machine is improved online, and the vibration is reduced, so that the problems are well solved, and the online scale cleaning method can be used for online scale cleaning of the smoke machine of the catalytic cracking device.

摘要：【中文】本发明涉及一种常压油罐油水分离方法，主要解决现有技术中安全性较差、污染大气的问题。本发明通过采用一种常压油罐油水分离方法，通过常压储罐、油水分离器、污水污油泵，实现储罐密闭脱水，外送污水至污水汽提装置或污水处理场，或将污油回收至储罐，实现含油污水的分级处理的技术方案较好地解决了上述问题，可用于常压油罐油水分离中。 【EN】The invention relates to an oil-water separation method for an atmospheric oil tank, which mainly solves the problems of poor safety and air pollution in the prior art. The invention adopts the technical scheme that the oil-water separation method of the normal-pressure oil tank is adopted, the sealed dehydration of the storage tank is realized through the normal-pressure storage tank, the oil-water separator and the sewage and dirty oil pump, the sewage is sent to a sewage stripping device or a sewage treatment field, or the dirty oil is recycled to the storage tank, and the classified treatment of the oily sewage is realized, so that the problems are well solved, and the method can be used for the oil-water separation of the normal-pressure oil tank.

摘要：【中文】本发明公开了一种用于设备报障平台的信息配置优化方法与装置，通过获取用户提交的报障信息，根据所述报障信息，从智能客服服务库中确定出与所述报障信息中的设备类型和品牌对应的智能客服服务，使用所述与所述报障信息中的设备类型和品牌对应的智能客服服务与所述用户进行交互，生成交互记录，并将交互记录进行存储。因此实现了对不同的交互信息配置不同的需求条件，并在交互过程中依据需求条件实施相应的交互信息，从而提升用户的设备报障平台交互体验。 【EN】The invention discloses an information configuration optimization method and device for an equipment fault reporting platform, which are used for determining intelligent customer service corresponding to the equipment type and the brand in fault reporting information from an intelligent customer service library by acquiring fault reporting information submitted by a user according to the fault reporting information, interacting with the user by using the intelligent customer service corresponding to the equipment type and the brand in the fault reporting information, generating an interaction record and storing the interaction record. Therefore, different requirements for different interactive information are configured, and corresponding interactive information is implemented according to the requirements in the interactive process, so that the interactive experience of the equipment fault reporting platform of the user is improved.

摘要：【中文】本申请公开了一种信息检测方法及装置，用以预测冰箱是否发生冷媒泄漏问题。本申请实施例提供的一种信息检测方法，包括：监测冰箱的单位温度制冷时间是否满足预测冰箱发生冷媒泄露问题的预设条件；当满足所述预设条件时，确定该冰箱发生冷媒泄露。 【EN】The application discloses an information detection method and device, which are used for predicting whether a refrigerator has a refrigerant leakage problem. An information detection method provided by an embodiment of the present application includes: monitoring whether the refrigerating time of the refrigerator at unit temperature meets a preset condition for predicting the refrigerant leakage problem of the refrigerator; and when the preset condition is met, determining that the refrigerator has refrigerant leakage.

摘要：【中文】本发明涉及一种GCr15钢提高综合力学性能的热处理方法：步骤一、将GCr15钢放入预先加热的热处理炉中进行预热，使热处理材料均温，然后以升温至540℃‑560℃，保温；步骤二、从540℃‑560℃升温至840℃‑860℃，保温；步骤三、淬火用的盐浴炉，需预先加热至190‑210℃，并保温一段时间；步骤四、将步骤二保温结束的GCr15钢立刻放入盐浴炉中进行等温淬火；步骤五、等温淬火后的试样从盐浴炉取出，缓慢冷却，冷却至室温后洗净表面的盐。本发明能够克服传统的马氏体等温淬火工艺所得到的马氏体组织硬度高韧性差的问题，并且克服全贝氏体等温淬火工艺所得到的贝氏体组织韧性好硬度低的问题。 【EN】The invention relates to a heat treatment method for improving comprehensive mechanical property of GCr15 steel, which comprises the following steps: step one, placing GCr15 steel into a pre-heated heat treatment furnace for preheating to enable a heat treatment material to be uniform in temperature, then raising the temperature to 540-560 ℃, and preserving the temperature; step two, heating from 540-560 ℃ to 840-860 ℃, and preserving heat; step three, a salt bath furnace for quenching is required to be preheated to 190-; step four, immediately putting the GCr15 steel subjected to heat preservation in the step two into a salt bath furnace for isothermal quenching; and step five, taking out the sample subjected to isothermal quenching from the salt bath furnace, slowly cooling the sample to room temperature, and cleaning the salt on the surface. The method can overcome the problems of high hardness and poor toughness of the martensite structure obtained by the traditional martensite isothermal quenching process and the problems of good toughness and low hardness of the bainite structure obtained by the full bainite isothermal quenching process.

摘要：【中文】本发明为一种弹簧锤和接线端子压力试验的全自动检测设备，包括，托盘；弹簧锤试验装置，用于完成受试设备的弹簧锤试验；弹簧锤复位杆，用于自动复位弹簧锤试验装置；图像识别摄像头，用于对弹簧锤试验结果进行自动判定；接线端子压力试验装置，用于对受试设备的强电端子和弱电端子进行压力试验；驱动装置，用于为弹簧锤试验装置和接线端子压力试验装置提供驱动力；控制部，用于收集、分析和处理弹簧锤试验和接线端子压力试验数据，且用于控制弹簧锤试验装置、接线端子压力试验装置、驱动装置和图像识别摄像头的动作。该设备实现试验全自动检测，无需人工进行试验和结果判定，提高工作效率，保证试验的严谨性和结果的一致性。 【EN】The invention relates to full-automatic detection equipment for a spring hammer and a wiring terminal pressure test, which comprises a tray, a first detection device and a second detection device, wherein the tray is provided with a plurality of grooves; the spring hammer testing device is used for completing a spring hammer test of the tested equipment; the spring hammer reset rod is used for automatically resetting the spring hammer test device; the image recognition camera is used for automatically judging the spring hammer test result; the wiring terminal pressure test device is used for carrying out pressure test on a strong current terminal and a weak current terminal of the tested equipment; the driving device is used for providing driving force for the spring hammer testing device and the wiring terminal pressure testing device; and the control part is used for collecting, analyzing and processing the data of the spring hammer test and the wiring terminal pressure test, and is used for controlling the actions of the spring hammer test device, the wiring terminal pressure test device, the driving device and the image recognition camera. The device realizes full-automatic test detection, does not need manual test and result judgment, improves the working efficiency, and ensures the rigor of the test and the consistency of the result.