摘要：【中文】本申请实施例公开了一种通知消息的展示方法、装置、终端及存储介质，属于计算机技术领域，所述方法包括：能够令终端在接收到通知消息展示请求时，获取前台应用的标识，根据该前台应用的标识和通知消息的展示请求，确定用于展示该目标通知消息的展示策略，终端将根据该展示策略，展示该目标通知消息。由于终端能够根据前台应用的标识和通知消息的展示请求，一同确定对应的展示策略，使得终端能够在终端运行不同的前台应用时，根据通知消息的类别或者来源，最终以适合前台应用的方式展示目标通知消息，实现了在不影响目标通知消息的展示效果的前提下，降低了展示通知消息对前台应用的干扰。 【EN】The embodiment of the application discloses a method, a device, a terminal and a storage medium for displaying notification messages, belonging to the technical field of computers, wherein the method comprises the following steps: the method comprises the steps that when the terminal receives a notification message display request, the identifier of a foreground application is obtained, a display strategy for displaying the target notification message is determined according to the identifier of the foreground application and the display request of the notification message, and the terminal displays the target notification message according to the display strategy. Because the terminal can determine the corresponding display strategy together according to the mark of the foreground application and the display request of the notification message, when the terminal runs different foreground applications, the terminal can finally display the target notification message in a mode suitable for the foreground application according to the type or source of the notification message, and the interference of the display notification message on the foreground application is reduced on the premise of not influencing the display effect of the target notification message.

摘要：【中文】本发明提供的一种基于销售线索交互记录的产品推荐方法，包括如下步骤：S1.采集产品的销售线索信息，其中，销售线索为未经任何验证和过滤的客户；S2.建立销售线索预测模型，评估销售线索的购买意向指数；S3.采集销售线索与销售员之间的交流信息；S4.构建话术数据库，销售员根据目标销售线索获取话术数据库中的推荐话术，并采用获取的推荐话术向销售线索推荐目标产品，通过上述方法，能够根据销售线索的信息、销售线索与销售员之间的交流信息，准确判断出销售线索的购买意向，有效提升销售线索向实际购买者转化的转化率，从而提升企业的销售业绩，降低企业的销售成本。 【EN】The invention provides a product recommendation method based on sales lead interaction records, which comprises the following steps: s1, collecting sales clue information of a product, wherein the sales clue is a client who is not verified and filtered; s2, establishing a sales lead prediction model, and evaluating a purchase intention index of the sales lead; s3, collecting communication information between sales leads and salesmen; s4, constructing a tactical database, obtaining the recommended tactics in the tactical database by a salesman according to a target sales lead, recommending a target product to the sales lead by adopting the obtained recommended tactics, and by the method, accurately judging the purchase intention of the sales lead according to the information of the sales lead and the communication information between the sales lead and the salesman, effectively improving the conversion rate of the sales lead to an actual buyer, thereby improving the sales performance of an enterprise and reducing the sales cost of the enterprise.

摘要：【中文】本申请实施例公开了一种资源配置方法、装置、终端及存储介质，属于应用优化领域。所述方法包括：目标应用程序确定操作系统对应的目标SDK，目标应用程序内嵌有至少两个SDK，至少两个SDK对应不同操作系统；目标应用程序调用目标SDK提供的API，与操作系统建立数据通信连接；目标应用程序通过数据通信连接向操作系统发送应用运行信息，应用运行信息用于表征目标应用程序所处的运行状态；操作系统根据应用运行信息调整分配给目标应用程序的系统资源。本申请实施例中，操作系统能够为不同运行状态下的应用程序分配相应的系统资源，提高了应用程序的运行质量，同时，单一应用程序能够适配多操作系统，从而扩大了应用程序的适用范围。 【EN】The embodiment of the application discloses a resource allocation method, a resource allocation device, a terminal and a storage medium, and belongs to the field of application optimization. The method comprises the following steps: the target application program determines a target SDK corresponding to the operating system, at least two SDKs are embedded in the target application program, and the at least two SDKs correspond to different operating systems; the target application program calls an API provided by the target SDK and establishes data communication connection with the operating system; the target application program sends application running information to the operating system through data communication connection, and the application running information is used for representing the running state of the target application program; and the operating system adjusts the system resources distributed to the target application program according to the application running information. In the embodiment of the application, the operating system can allocate corresponding system resources for the application programs in different running states, so that the running quality of the application programs is improved, and meanwhile, a single application program can adapt to multiple operating systems, so that the application range of the application programs is expanded.

摘要：【中文】本发明公开了一种术后监测方法，应用于医院信息系统，包括实时接收各术后监测设备采集的生命体征数据和所述各术后监测设备的身份识别ID信息；对于每个术后监测设备，分别进行如下操作：根据该术后监测设备的ID以及术后监测设备ID和患者ID的关系表确定该术后监测设备对应的患者ID；根据所确定的患者ID，以及患者ID与生命体征数据阈值关系表查找生命体征数据的各项阈值；当该术后监测设备的生命体征数据中的一项或多项超过所查找到的相应阈值时，发出告警信息。本发明还公开了一种术后监测装置。本发明提供的方法和装置提高了医护在患者术后出现不良反应或病危时的抢救效率。 【EN】The invention discloses a post-operative monitoring method, which is applied to a hospital information system and comprises the steps of receiving vital sign data acquired by each post-operative monitoring device and identification ID information of each post-operative monitoring device in real time; for each postoperative monitoring device, the following operations are respectively carried out: determining the patient ID corresponding to the postoperative monitoring equipment according to the ID of the postoperative monitoring equipment and a relation table of the ID of the postoperative monitoring equipment and the patient ID; looking up various threshold values of the vital sign data according to the determined patient ID and the relationship table of the patient ID and the threshold values of the vital sign data; and when one or more of the vital sign data of the postoperative monitoring equipment exceeds the searched corresponding threshold value, sending out alarm information. The invention also discloses a postoperative monitoring device. The method and the device provided by the invention improve the rescue efficiency of medical care when adverse reactions or diseases occur after the operation of a patient.

摘要：【中文】本发明涉及电气设备领域，具体涉及一种环保气体柜，包括：控制气体柜中电路开断的隔离开关；在气体柜超负荷运行情况下控制断电的断路器；引导母线接入气体柜的母线套管；容置隔离开关、断路器、母线套管的气体柜外壳，气体柜外壳外通过螺钉固定有第一传动模块以及第二传动模块，第一传动模块通过第一主轴与断路器连接，第二传动模块通过第二主轴与隔离开关连接；气体柜外壳内充有氮气或干燥空气中的任意一种或者两种气体。本发明采用空气或者干燥空气代替六氟化硫作为隔离气体来阻隔电气间隙，环保卫生，造成温室效应较小；外壳框架、均压罩、母线套管均由PBT塑料+30％玻纤材料制成，可95％的进行回收，大幅降低对环境的污染。 【EN】The invention relates to the field of electrical equipment, in particular to an environment-friendly gas cabinet, which comprises: the isolating switch is used for controlling the circuit in the gas cabinet to be switched on and off; the circuit breaker controls power failure under the condition of overload operation of the gas cabinet; a bus sleeve for guiding the bus to be connected into the gas cabinet; the gas cabinet comprises a gas cabinet shell for accommodating an isolating switch, a circuit breaker and a bus sleeve, wherein a first transmission module and a second transmission module are fixed outside the gas cabinet shell through screws; the gas cabinet outer shell is filled with either one or two gases of nitrogen or dry air. The invention adopts air or dry air to replace sulfur hexafluoride as isolation gas to block the electric gap, is environment-friendly and sanitary, and causes less greenhouse effect; the shell frame, the voltage-sharing cover and the bus sleeve are all made of PBT plastic and 30% glass fiber materials, 95% of the materials can be recycled, and the pollution to the environment is greatly reduced.

摘要：【中文】本发明公开了一种百香果套种长寿草的栽培方法，包括如下步骤：1)场地的选择：挑选通风良好，向阳背风，东西方向的地块；2)设置棚架；3)百香果套种长寿草：定植百香果；定植长寿草；百香果种植后，第四个月会开花，釆用蜜蜂授粉，每亩地安放一箱蜂箱，蜂箱放置在百香果定植区，内部养一百只健康的蜜蜂，授粉后的花朵十天后开始挂果，此时进行疏果，将不健康的果粒排除掉；4)施肥：施放枯草芽孢杆菌微生物有机菌肥溶液，活化酸化的土壤；5)采收：百香果定植后，第五个月开始采收，每年釆收二次；长寿草定植后，第二个月开始采收，采摘植株顶端的鲜叶，全年均可采摘。 【EN】The invention discloses a cultivation method for interplanting passion fruits and longevous herbs, which comprises the following steps: 1) selecting a site: selecting a plot which is well ventilated, faces the sun and the lee and is in the east-west direction; 2) arranging a shed frame; 3) interplanting of passion fruit and jonquil: planting passion fruit; planting the longlife grass; after the passion fruit is planted, the passion fruit blooms in the fourth month, honeybees are adopted for pollination, a beehive is arranged in each mu of land, the beehive is placed in a passion fruit planting area, one hundred healthy honeybees are bred in the beehive, fruit hanging is started ten days after pollinated flowers, fruit thinning is carried out at the moment, and unhealthy fruit grains are removed; 4) fertilizing: applying the bacillus subtilis microorganism organic bacterial manure solution to activate acidified soil; 5) harvesting: after the passion fruit is planted, harvesting is started in the fifth month, and harvesting is carried out twice every year; after the field planting of the jonquil, the jonquil is harvested in the second month, and fresh leaves at the top of the plant are harvested all the year round.

摘要：【中文】本发明公开了长寿草的种植方法，包括如下步骤：长寿草的种植方法，具体包括如下步骤：1)场地选择：选择排水、光照、通风条件良好，具有肥沃土壤的地块；2)定植：全年均能定植，把扦插苗植入苗床，压实土壤，浇水保持土壤湿润，叶片上喷上雾状、带有粘度的甲壳素营养液，定植后用透气的黑色无纺布膜覆盖；3)日常管理：定植后连续浇几次缓苗水，直到成活，冬春季5‑6天一次，夏天1‑2天一次，雨天注意排水防涝；生长期追肥；4)采收：全年采收。 【EN】The invention discloses a planting method of longevity grass, which comprises the following steps: the planting method of the jonquil concretely comprises the following steps: 1) site selection: selecting a land block which has good drainage, illumination and ventilation conditions and fertile soil; 2) planting: planting all the year round, planting the cutting seedling into seedbed, compacting soil, watering to keep the soil moist, spraying mist chitin nutrient solution with viscosity on the leaves, covering with air-permeable black non-woven fabric film after planting; 3) daily management: continuously watering the seedlings for several times after planting until the seedlings survive, wherein the seedlings are watered once in 5-6 days in winter and spring and once in 1-2 days in summer, and draining water and preventing waterlogging are noticed in rainy days; topdressing in the growing period; 4) harvesting: collected all the year round.

摘要：【中文】本申请公开了一种温度控制方法、装置、存储介质及电子设备，其中温度控制方法包括：获取传感器的历史温度数据，以及历史温度数据对应的历史硬件参数；将历史温度数据以及历史硬件参数作为训练模型的训练样本，对训练模型进行训练，得到训练后的温控模型；根据训练后的温控模型，得到温控策略，温控策略包括至少两个目标温度，每个目标温度对应一个硬件目标参数；获取传感器的温度数据；根据温度数据以及温控策略调整硬件的参数。本申请通过历史温度数据以及历史硬件参数对训练模型进行训练，得到温控策略，根据硬件当前的温度数据以及温控策略分段调整硬件参数，避免直接调整硬件参数造成的不良反馈，从而提高温度控制效果。 【EN】The application discloses a temperature control method, a device, a storage medium and an electronic device, wherein the temperature control method comprises the following steps: acquiring historical temperature data of a sensor and historical hardware parameters corresponding to the historical temperature data; taking historical temperature data and historical hardware parameters as training samples of a training model, and training the training model to obtain a trained temperature control model; obtaining a temperature control strategy according to the trained temperature control model, wherein the temperature control strategy comprises at least two target temperatures, and each target temperature corresponds to a hardware target parameter; acquiring temperature data of a sensor; and adjusting the parameters of the hardware according to the temperature data and the temperature control strategy. According to the method and the device, the training model is trained through historical temperature data and historical hardware parameters to obtain the temperature control strategy, the hardware parameters are adjusted in a segmented mode according to the current temperature data of the hardware and the temperature control strategy, bad feedback caused by direct adjustment of the hardware parameters is avoided, and therefore the temperature control effect is improved.

摘要：【中文】一种量化方法及装置，用以提出一种在硬件设计友好的前提下，保证量化后的精度损失较小的通用的量化方法。在该方法中，读取一个神经网络中N个通道分别对应的权重，将N个通道分成F组，根据每组中包含的通道分别对应的权重确定该组的量化系数，根据量化系数对该组对应的权重进行量化；每组中包含至少一个通道，且至少一个组中包含的多个通道属于神经网络的至少两个层，F为小于N的正整数。这样，针对神经网络中所有层的通道作为一个整体进行分组，且分的组中存在包含不同层中的通道，这样可以打破现有技术中只能考虑单层分组的局限性，可以提高量化精度；并且，分的组比现有的分组的数量少的多，进而量化时在硬件上可以减少成本消耗。 【EN】A quantization method and a quantization device are provided, which are used for providing a universal quantization method which ensures that the precision loss after quantization is small on the premise of friendly hardware design. In the method, weights corresponding to N channels in a neural network are read, the N channels are divided into F groups, quantization coefficients of each group are determined according to the weights corresponding to the channels contained in each group, and the weights corresponding to the groups are quantized according to the quantization coefficients; each group comprises at least one channel, a plurality of channels contained in at least one group belong to at least two layers of the neural network, and F is a positive integer smaller than N. Therefore, channels of all layers in the neural network are grouped as a whole, and the grouped channels comprise channels in different layers, so that the limitation that only single-layer grouping can be considered in the prior art can be broken, and the quantization precision can be improved; moreover, the number of grouped packets is much smaller than that of the existing grouped packets, and further, the cost consumption can be reduced on the hardware during quantization.

摘要：【中文】本申请实施例提供一种背光亮度的调节方法、系统、存储介质及电子设备，该方法应用于电子设备，电子设备包括应用层、系统层和硬件抽象层，应用层和硬件抽象层均与系统层电连接；所述方法包括：所述应用层获取前台应用的功能状态；系统层通过所述应用层获取所述功能状态，并根据功能状态获取对应的背光调节策略，以及根据所述背光调节策略计算目标背光亮度，其中，背光调节策略存储于系统层；硬件抽象层通过系统层获取目标背光亮度，并用于根据目标背光亮度调节电子设备的当前背光亮度。不仅可以满足用户对背光的需求，又可以合理的控制电子设备的功耗，从而可以有效提高电子设备的电池的续航能力。 【EN】The embodiment of the application provides a method, a system, a storage medium and electronic equipment for adjusting backlight brightness, wherein the method is applied to the electronic equipment, the electronic equipment comprises an application layer, a system layer and a hardware abstraction layer, and the application layer and the hardware abstraction layer are electrically connected with the system layer; the method comprises the following steps: the application layer acquires the functional state of foreground application; the system layer acquires the function state through the application layer, acquires a corresponding backlight adjusting strategy according to the function state, and calculates target backlight brightness according to the backlight adjusting strategy, wherein the backlight adjusting strategy is stored in the system layer; the hardware abstraction layer obtains the target backlight brightness through the system layer and is used for adjusting the current backlight brightness of the electronic equipment according to the target backlight brightness. The backlight control method and the backlight control device can meet the requirements of users on backlight, and can reasonably control the power consumption of the electronic equipment, so that the cruising ability of the battery of the electronic equipment can be effectively improved.