摘要：【中文】本发明提供一种通信系统、服务器、基于传感器的设备识别方法及装置，具体包括从所述待测设备中获取所述指定传感器的数据信息；从所述数据信息中，提取所述待测设备处于特定状态下的特定数据信息；获取所述特定数据信息的数据特征；根据预先建立的训练模型，对所述数据特征进行处理，以根据处理结果判断所述待测设备是否为可信设备；其中，所述训练模型为预先根据所述可信设备和处于所述特定状态下的可信设备的指定传感器的数据信息的数据特征训练生成的。本发明利用待测设备的硬件的个体差异，对待测设备是否属于可信设备进行判定，判定结果精确度高、稳定性好，且硬件不易被篡改，使用的安全性也有很大提升。 【EN】The invention provides a communication system, a server, a sensor-based equipment identification method and a sensor-based equipment identification device, which specifically comprise the steps of acquiring data information of a specified sensor from equipment to be tested; extracting specific data information of the equipment to be tested in a specific state from the data information; acquiring data characteristics of the specific data information; processing the data characteristics according to a pre-established training model so as to judge whether the equipment to be tested is credible equipment or not according to a processing result; the training model is generated by training in advance according to the data characteristics of the data information of the credible equipment and the specified sensors of the credible equipment in the specific state. The method and the device utilize the individual difference of the hardware of the equipment to be tested to judge whether the equipment to be tested belongs to the credible equipment, the judgment result is high in accuracy and good in stability, the hardware is not easy to be tampered, and the use safety is greatly improved.

摘要：【中文】本发明公开涉及了养殖业防疫技术，一种蛋鸡全程无抗菌素养殖技术，其特征在于：所述蛋鸡鸡舍内产蛋鸡有进入产蛋期的蛋鸡筛选后提供，所述鸡舍的空间气体有负压排风系统排出，补气系统配合臭氧发出器的负压补风系统提供，气体探头进行主要指标氨气氧气含量检测反馈给负压排风系统及辅助系统工作，所述的蛋鸡采食饲料，采用饲料使用的无动物肉质添加的素食饲料，所述的鸡饮用水经RO膜反渗透除菌处理配合臭氧灭菌，所述的防止工作人员携带外部细菌的进入蛋鸡鸡舍内，设置更衣室、清洁消毒室，所述的蛋鸡排泄物有公知的清理机械执行，所述的疫病防治采用疫病检测防扩散隔离区，实现了一种蛋鸡全程无抗菌素养殖技术的目的。 【EN】The invention discloses an epidemic prevention technology in breeding industry, a whole antibiotic-free breeding technology for laying hens, which is characterized in that: laying hens in the laying hen chicken house are provided after screening the laying hens which enter the laying period, space gas in the chicken house is discharged by a negative pressure exhaust system, a gas supplementing system is matched with a negative pressure air supplementing system of an ozone generator to provide, a gas probe detects the oxygen content of ammonia gas serving as a main index and feeds back the oxygen content to the negative pressure exhaust system and an auxiliary system to work, the laying hens eat feed, vegetarian diet which is used without animal meat addition, drinking water of the chickens is subjected to RO membrane reverse osmosis sterilization treatment and ozone sterilization, the phenomenon that external bacteria are carried by workers is prevented from entering the laying hen chicken house, a changing room and a cleaning and disinfecting room are arranged, excrement of the laying hens is executed by known cleaning machinery, epidemic disease prevention and control adopt an epidemic disease detection anti-diffusion isolation area, and the aim of the whole-course antibiotic-free breeding technology of the laying hens is fulfilled.

摘要：【中文】本发明公开了鸡蛋灭菌技术领域，具体为一种灭杀大肠杆菌沙门氏菌清洁鸡蛋生产技术，旨在解决目前蛋鸡产蛋大肠杆菌沙门氏菌超高的问题，其技术方案采用鸡舍空间臭氧发生器空间30万级空间杀菌净化，蛋鸡饮用水采用多级串联水管式紫外线杀菌，鸡饲料采用鸡采食槽内设紫外线照射杀菌并配无害的中药鸡体内大肠杆菌沙门氏菌的杀菌，鸡蛋收集槽内设紫外线照射杀菌，所述以上设置从空间、饮水、饲料、鸡蛋做到了全方位杀菌处理，实现了一种灭杀大肠杆菌沙门氏菌清洁鸡蛋生产技术。 【EN】The invention discloses the technical field of egg sterilization, in particular to a production technology of clean eggs for killing escherichia coli salmonella, which aims to solve the problem that the escherichia coli salmonella produced by laying hens at present is ultrahigh.

摘要：【中文】本发明公开了一种蛋鸡全程无注射疫病防治技术，其特征在于：包括鸡舍主体、工业加湿器、工业干燥机，所述鸡舍主体内部设置有饮水系统、多头加湿扩散系统、多头干燥供气系统，所述饮水系统采用加湿气加压气泵将含有防疫病的药物气体曝气于鸡饮用水箱供应鸡舍饮水系统，所述工业加湿器采用鸡舍内布设的多头加湿扩散系统扩散在鸡舍内，所述工业干燥机采用多头干燥供气系统扩散在鸡舍内，其中所述的工业加湿器水源采用的是药料液体化搅拌机提供的含有防疫病的药物液体，控制系统采工业加湿器控制单元系统，及所述的工业干燥机，控制系统采用工业加湿器控制单元系统，由此实现了蛋鸡全程无注射疫病防治，全系统自动控制设备节省人力物力。 【EN】The invention discloses a whole-course injection-free epidemic disease prevention and treatment technology for laying hens, which is characterized by comprising the following steps: comprises a henhouse main body, an industrial humidifier and an industrial dryer, wherein a drinking water system, a multi-head humidifying and diffusing system and a multi-head drying and air supplying system are arranged in the henhouse main body, the drinking water system adopts a humidified gas pressurized air pump to aerate the drug gas containing the epidemic prevention disease in the chicken drinking water tank to supply to the chicken coop drinking water system, the industrial humidifier is diffused in the henhouse by adopting a multi-head humidifying diffusion system arranged in the henhouse, the industrial dryer is diffused in the henhouse by adopting a multi-head drying air supply system, wherein the industrial humidifier water source adopts the drug liquid containing the epidemic prevention disease provided by the drug liquid fluidization stirrer, the control system adopts an industrial humidifier control unit system, the industrial dryer and the control system adopt an industrial humidifier control unit system, therefore, the whole-course prevention and control of the laying hens without the injection epidemic disease are realized, and manpower and material resources are saved by the automatic control equipment of the whole system.

摘要：【中文】本发明涉及生物技术领域，具体涉及毛白杨MODD1基因及其应用，本发明扩增得到的毛白杨MODD1基因的核苷酸序列如SEQ ID NO:1所示。本发明通过农杆菌GV3101将毛白杨MODD1基因转化至拟南芥中，发现过表达毛白杨MODD1基因的拟南芥抗旱性提高，脱落酸的含量提高，由此本发明得出结论毛白杨MODD1基因可以正调控植物的抗旱性，通过提高毛白杨MODD1基因的表达量，能够有效提高植物的抗旱性。本发明提供的毛白杨MODD1基因可用于毛白杨及多种作物的抗旱株系的选育中。 【EN】The invention relates to the field of biotechnology, in particular to a populus tomentosa MODD1 gene and application thereof, wherein the nucleotide sequence of the populus tomentosa MODD1 gene obtained by amplification is shown as SEQ ID NO. 1. According to the invention, the populus tomentosa MODD1 gene is transformed into arabidopsis thaliana through agrobacterium GV3101, and the drought resistance of arabidopsis thaliana with the over-expressed populus tomentosa MODD1 gene is improved, and the content of abscisic acid is improved, so that the invention can conclude that the populus tomentosa MODD1 gene can positively regulate the drought resistance of plants, and the drought resistance of the plants can be effectively improved by improving the expression level of the populus tomentosa MODD1 gene. The populus tomentosa MODD1 gene provided by the invention can be used for breeding drought-resistant strains of populus tomentosa and various crops.

摘要：【中文】本发明属于植物育种领域，尤其是植物生物技术育种领域，具体涉及一种培育抗逆杨树的方法。本发明将不同调控途径的两种转录因子基因ckAREB和JERF36#构建到同一载体pBIJEAR上，实现了两个转录因子基因相对稳定的结合，以杨树优良品种凌丰2号杨作为受体材料，通过农杆菌介导进行多基因共转化研究，建立了高效稳定的遗传转化体系，获得转基因植株。通过分子、生理等实验研究，验证转基因杨树抗逆能力，从而获得了抗逆性显著提高的转基因杨树，为我国干旱、半干旱、盐碱地区培育更多和更优良的杨树新品种了奠定基础。 【EN】The invention belongs to the field of plant breeding, particularly relates to the field of plant biotechnology breeding, and particularly relates to a method for cultivating stress-resistant poplar. The invention constructs two transcription factor genes ckAREB and JERF36# of different regulation approaches on the same vector pBIJEAR, realizes the relatively stable combination of the two transcription factor genes, takes a fine variety of poplar Lingfeng No. 2 poplar as a receptor material, performs multigene co-transformation research through agrobacterium mediation, establishes a high-efficiency stable genetic transformation system, and obtains a transgenic plant. Through experimental researches such as molecular and physiological researches, the stress resistance of the transgenic poplar is verified, so that the transgenic poplar with remarkably improved stress resistance is obtained, and a foundation is laid for cultivating more and better new poplar varieties in arid, semiarid and saline-alkali areas in China.

摘要：【中文】本发明提供一种业务流程设计缺陷的检测方法，包括：捕捉业务逻辑以及流程数据对业务活动的约束，构建系统中业务流程的WFD网模型；考虑流程数据的存储，利用数据库对系统持久层数据进行建模，基于数据库考虑业务活动执行受到的数据约束，构建系统中业务流程的WFT网模型；利用数据精炼技术对流程数据进行赋值；定义WFT的执行语义并生成可达配置图；基于一阶线性时序逻辑公式描述系统所要满足的数据需求，从业务逻辑和数据需求两个角度定义WFT网的合理性；通过在WFT网的可达图上验证网模型的合理性，判断业务流程是否存在设计缺陷。本发明解决了现有技术中系统在业务流程控制层逻辑正确的情况下，检测出引发数据层不合理的设计缺陷。 【EN】The invention provides a method for detecting a design defect of a business process, which comprises the following steps: capturing the constraint of business logic and process data on business activities, and constructing a WFD network model of the business process in the system; considering the storage of process data, modeling the data of the system persistence layer by using a database, considering the data constraint on the execution of business activities based on the database, and constructing a WFT network model of the business process in the system; assigning the flow data by using a data refining technology; defining the execution semantics of WFT and generating a reachable configuration diagram; based on a first-order linear sequential logic formula, describing data requirements to be met by a system, and defining the rationality of a WFT network from two angles of business logic and data requirements; and (4) verifying the rationality of the network model on a reachable graph of the WFT network to judge whether the business process has design defects. The invention solves the defect that the system in the prior art detects the unreasonable design of the data layer under the condition of correct logic of the service flow control layer.

摘要：【中文】一种启发式采样的集成学习方法，适用于不均衡数据集的分类，所述方法包括：根据数据集中所有样本在特征空间的分布特征对数据集划分第二类别；根据各样本的所述第二类别分别设定不同的硬度权重，结合不均衡权重计算各样本的选中概率；根据各样本所述选中概率对数据集重采样，并对重采样后的数据集进行集成训练，获得最终的分类结果。本方法基于样本的内在特征进行有侧重的重采样，以提高不均衡数据集的采样质量，从而提高现有的集成学习方法对于不均衡数据集的分类效果。 【EN】A heuristic sampling ensemble learning method adapted for classification of unbalanced data sets, the method comprising: dividing the data set into a second category according to the distribution characteristics of all samples in the data set in a characteristic space; respectively setting different hardness weights according to the second category of each sample, and calculating the selected probability of each sample by combining the unbalanced weights; and resampling the data set according to the selected probability of each sample, and performing integrated training on the resampled data set to obtain a final classification result. The method carries out the heavy resampling based on the internal characteristics of the sample so as to improve the sampling quality of the unbalanced data set, thereby improving the classification effect of the existing integrated learning method on the unbalanced data set.

摘要：【中文】本发明涉及一种水平管外冷凝换热试验装置及试验方法，属于热交换技术领域。该装置的低温储罐分两路进入位于中间介质汽化器腔体且具有不同管外粗糙度的第一管和第二管；中间介质汽化器的腔体下部装有供热介质流通的下管束；第一管和第二管分别装有相应的入口压力变送器、入口温度变送器以及出口压力变送器、出口温度变送器探头；中间介质汽化器腔体装有腔体温度变送器和腔体压力变送器探头；下管束的进口和出口分别装有进端温度变送器和出端温度变送器探头；各流量计以及变送器的探头信号输出端分别通过PLC与电脑主机通讯连接。采用本发明能实现在同一时间内对多组不同粗糙度换热管的对比试验，精确计算出不同粗糙度的管外传热系数的具体数值。 【EN】The invention relates to a horizontal pipe external condensation heat exchange test device and a test method, and belongs to the technical field of heat exchange. The low-temperature storage tank of the device enters a first pipe and a second pipe which are positioned in a cavity of an intermediate medium vaporizer and have different pipe external roughness in two ways; the lower part of the cavity of the intermediate medium vaporizer is provided with a lower tube bundle for circulating a heat supply medium; the first pipe and the second pipe are respectively provided with corresponding inlet pressure transmitter, inlet temperature transmitter, outlet pressure transmitter and outlet temperature transmitter probes; the cavity of the intermediate medium vaporizer is provided with a cavity temperature transmitter and a cavity pressure transmitter probe; the inlet and the outlet of the lower tube bundle are respectively provided with an inlet temperature transmitter and an outlet temperature transmitter probe; the probe signal output ends of each flowmeter and each transmitter are respectively in communication connection with a computer host through a PLC. The invention can realize the comparison test of a plurality of groups of heat exchange tubes with different roughness in the same time, and accurately calculate the specific numerical value of the heat transfer coefficient outside the tubes with different roughness.