摘要：【中文】本发明提供配置有Tbox汽车防止儿童独自被锁车内系统实现方法，属于配置有Tbox汽车车内监控技术领域。该配置有Tbox汽车防止儿童独自被锁车内系统实现方法包括如下步骤：S1：获取驾驶座上驾驶员状态信息，如果驾驶员状态信息为无人时获取车辆内部人员信息；S2：在人员信息为只有儿童时实时监测车内温度、车内氧气含量；S3：如果车内温度大于预设温度或者车内氧气含量小于预设氧气含量则进行报警；S4：在经过预设次数报警后如果未获取回复时开启车内空调进行换气、降温。本发明中在经过预设次数报警后如果未获取回复时控制开启车内空调进行换气和降温，提高车内的氧气含量和降低车内的温度，保证儿童的生命安全，安全性较高。 【EN】The invention provides a method for realizing a system in a car provided with a Tbox for preventing children from being locked independently, and belongs to the technical field of monitoring in the car provided with the Tbox. The implementation method of the system for preventing children from being locked independently in the automobile with the Tbox comprises the following steps: s1: acquiring the state information of a driver on a driver seat, and acquiring the personnel information in the vehicle if the state information of the driver is unmanned; s2: monitoring the temperature and the oxygen content in the vehicle in real time when the personnel information is only children; s3: if the temperature in the vehicle is higher than the preset temperature or the oxygen content in the vehicle is lower than the preset oxygen content, alarming; s4: and after the alarm is given for the preset times, if the reply is not obtained, the air conditioner in the vehicle is started to ventilate and cool. According to the invention, after the alarm is given for the preset times, if the reply is not obtained, the air conditioner in the automobile is controlled to be started for ventilation and cooling, so that the oxygen content in the automobile is increased, the temperature in the automobile is reduced, the life safety of children is ensured, and the safety is higher.

摘要：【中文】本发明公开了一种植被表型结构参数测量方法、装置及系统，其中，所述测量方法包括：接收并记录位于标定板上的标尺信息；获取待测植株位于所述标定板上的整体图像；识别并提取所述整体图像中的待测量植株；根据所述标尺信息计算所述待测植株的生长参数。实施本发明的植被表型结构参数测量方法，用户将标定板的标尺信息输入至测量装置内进行保存，测量装置接收用户输入的标尺信息并记录，进一步的，用户使用拍摄设备拍摄待测植株位于标定板上的整体图像，并将该整体图像导入至测量装置，测量装置识别并提取该整体图像中的待测量植株，然后根据标尺信息计算待测植株的生长参数，并最终实现对待测植株生长参数的智能计算。 【EN】The invention discloses a vegetation phenotype structure parameter measuring method, a vegetation phenotype structure parameter measuring device and a vegetation phenotype structure parameter measuring system, wherein the vegetation phenotype structure parameter measuring method comprises the following steps: receiving and recording scale information on a calibration plate; acquiring an integral image of a plant to be detected on the calibration plate; identifying and extracting a plant to be measured in the whole image; and calculating the growth parameters of the plant to be detected according to the scale information. The vegetation phenotype structure parameter measuring method is implemented, a user inputs scale information of a calibration plate into a measuring device for storage, the measuring device receives and records the scale information input by the user, furthermore, the user uses shooting equipment to shoot an integral image of a plant to be measured on the calibration plate and guides the integral image into the measuring device, the measuring device identifies and extracts the plant to be measured in the integral image, then the growth parameter of the plant to be measured is calculated according to the scale information, and finally the intelligent calculation of the growth parameter of the plant to be measured is realized.

摘要：【中文】本发明公开了一种植被冠层垂直结构参数测量方法、装置及系统，所述测量方法包括：接收并保存用户输入的标定杆基准尺数据；测量装置接收包含待测植被和标定杆的拍摄图像；根据所述标定杆基准尺数据计算所述拍摄图像中待测植被的生长参数。实施本实施例的植被冠层垂直结构参数测量方法时，通过设置于室外的拍摄设备对待测植株及标定杆进行拍摄，并将拍摄图像传输至测量装置，测量装置在接收到该包含待测植被和标定杆的拍摄图像后，根据标定杆基准尺数据计算拍摄图像中待测植被的生长参数，实现全天候高频次、无人值守活体测定，可对同一观测目标长时间连续数据获取，极大提高了观测数据在研究和应用方面的作用。 【EN】The invention discloses a method, a device and a system for measuring vertical structure parameters of vegetation canopies, wherein the measuring method comprises the following steps: receiving and storing calibration rod reference scale data input by a user; the measuring device receives a shot image containing the vegetation to be measured and the calibration rod; and calculating the growth parameters of the vegetation to be measured in the shot image according to the datum scale data of the calibration rod. When the method for measuring the vertical structural parameters of the vegetation canopy is implemented, a plant to be measured and the calibration rod are shot through shooting equipment arranged outdoors, shot images are transmitted to the measuring device, the measuring device calculates the growth parameters of the vegetation to be measured in the shot images according to the reference scale data of the calibration rod after receiving the shot images containing the vegetation to be measured and the calibration rod, all-weather high-frequency unattended living body measurement is realized, long-time continuous data acquisition of the same observation target can be realized, and the effect of observation data on the aspects of research and application is greatly improved.

摘要：【中文】本公开提供了由第一设备执行的数据恢复方法，该第一设备与第二设备通过传输控制协议通信。上述数据恢复方法包括：接收第二设备推送的待恢复数据的属性信息；根据属性信息，构建作业库，该作业库存储有用于恢复待恢复数据的多个待执行作业；以及运行多个待执行作业，以执行以下操作：构建数据存储表；从数据库中提取与属性信息匹配的待恢复数据；以及将待恢复数据导入数据存储表。本公开还提供了一种由第二设备执行的数据处理方法、一种设置于第一设备的数据恢复装置及一种设置于第二设备的数据处理装置。 【EN】The present disclosure provides a data recovery method performed by a first device communicating with a second device through a transmission control protocol. The data recovery method comprises the following steps: receiving attribute information of data to be recovered, which is pushed by second equipment; constructing a job library storing a plurality of jobs to be executed for restoring data to be restored, according to the attribute information; and running a plurality of jobs to be executed to perform the following operations: constructing a data storage table; extracting data to be recovered matched with the attribute information from the database; and importing the data to be recovered into a data storage table. The present disclosure also provides a data processing method executed by the second device, a data recovery apparatus disposed in the first device, and a data processing apparatus disposed in the second device.

摘要：【中文】本发明公开了一种水肥一体化自动灌溉系统，涉及农业灌溉技术领域，包括水肥罐、水肥输送管，水肥输送管上设置有多个管接头，管接头通过管道与给料装置连接。给料装置包括外壳，外壳呈圆管结构，其表面开设有多个毛细孔，外壳的底部呈圆锥形结构，其上环设有电极，外壳的顶部设置有顶盖，顶盖上穿设固定有进料接头，进料接头为管状结构，其与外壳的内腔相互连通，顶盖上还设置有检测单元，检测单元通过导线与电极电连接。本发明利用可插拔式给料装置配合可以活动连接的管道以及太阳能供电的检测单元，能够很好地适应干燥地区少水光照多的环境，其体积小，重量轻，设计合理，结构巧妙，效率高，稳定性好，便于携带，便于组装和检修。 【EN】The invention discloses a water and fertilizer integrated automatic irrigation system, which relates to the technical field of agricultural irrigation and comprises a water and fertilizer tank and a water and fertilizer conveying pipe, wherein a plurality of pipe joints are arranged on the water and fertilizer conveying pipe, and the pipe joints are connected with a feeding device through pipes. The feeding device comprises a shell, the shell is of a circular tube structure, a plurality of capillary holes are formed in the surface of the shell, the bottom of the shell is of a conical structure, electrodes are arranged on the bottom of the shell in an annular mode, a top cover is arranged at the top of the shell, a feeding connector is fixedly arranged on the top cover in a penetrating mode and is of a tubular structure and communicated with an inner cavity of the shell, a detection unit is further arranged on the top cover and is electrically connected with the electrodes through a lead. The invention utilizes the pluggable feeding device to match with the movably connected pipeline and the solar power supply detection unit, can well adapt to the environment with less water and more illumination in dry areas, and has the advantages of small volume, light weight, reasonable design, ingenious structure, high efficiency, good stability, convenient carrying, and convenient assembly and maintenance.

摘要：【中文】本发明公开一种车用天然沥青基自粘型阻尼片及其制备工艺，该阻尼片包括约束层、阻尼粘接层和隔离层；阻尼粘接层由质量百分比的以下原材料组成：天然岩沥青5％～25％、丁基橡胶5％～15％、增塑软化剂15％～25％、无机补强填料50％～65％；该制备工艺，包括以下步骤：将天然岩沥青、增塑软化剂和无机补强填料于210～220℃下捏合1h，随后加入丁基橡胶，边捏合边冷却至100～110℃后继续捏合1h；将捏合后的物料在80～90℃的温度下，挤出厚度为1～2mm的阻尼粘结层；将阻尼粘结层的一面与铝箔贴合、另一面与隔离纸贴合，经压辊压合。本发明提供的车用天然沥青基自粘型阻尼片生产成本低，环保、无污染，阻尼效果好、使用性能佳，能够有效降低振动和减少噪声、性能稳定。 【EN】The invention discloses a vehicle natural asphalt base self-adhesive type damping fin and a preparation process thereof, wherein the damping fin comprises a restraint layer, a damping bonding layer and an isolation layer; the damping bonding layer is composed of the following raw materials in percentage by mass: 5-25% of natural rock asphalt, 5-15% of butyl rubber, 15-25% of plasticizing softener and 50-65% of inorganic reinforcing filler; the preparation process comprises the following steps: kneading the natural rock asphalt, the plasticizing softener and the inorganic reinforcing filler at 210-220 ℃ for 1h, then adding butyl rubber, and continuing kneading for 1h after cooling to 100-110 ℃ while kneading; extruding the kneaded material into a damping bonding layer with the thickness of 1-2 mm at the temperature of 80-90 ℃; and (3) attaching one surface of the damping bonding layer to the aluminum foil and the other surface of the damping bonding layer to the isolation paper, and pressing by a compression roller. The vehicle natural asphalt base self-adhesion type damping fin provided by the invention has the advantages of low production cost, environmental protection, no pollution, good damping effect, good use performance, capability of effectively reducing vibration and noise and stable performance.

摘要：【中文】本发明公开了一种如结构式(a)和/或(b)所述的化合物作为环氧树脂发泡剂的用途，以及环氧树脂组合物及环氧发泡材料的制备和用途。利用二胺、双环氧化合物和Fmoc‑Cl保护基合成发泡剂，再用于环氧树脂组合物，可以一步法在低温或常温得到环氧发泡材料。该发泡剂能满足低温施工的要求，与环氧树脂相容性好，并且该发泡剂分解产生的胺加成物能够与环氧树脂形成交联点，提高体系的交联密度，制备泡沫的机械强度高，泡孔分布均匀，所述环氧树脂组合物适用于对耐热性要求较高的建筑保温材料。 【EN】The invention discloses application of a compound shown as a structural formula (a) and/or (b) as an epoxy resin foaming agent, preparation and application of an epoxy resin composition and an epoxy foaming material.The diamine, the diepoxide and the Fmoc-Cl protecting group are utilized to synthesize the foaming agent, and then the foaming agent is used for the epoxy resin composition, so that the epoxy foaming material can be obtained at low temperature or normal temperature by a one-step method. The foaming agent can meet the requirement of low-temperature construction, has good compatibility with epoxy resin, and amine addition products generated by decomposition of the foaming agent can form cross-linking points with the epoxy resin, so that the cross-linking density of a system is improved, the prepared foam has high mechanical strength and uniform cell distribution, and the epoxy resin composition is suitable for building heat-insulating materials with higher requirement on heat resistance.

摘要：【中文】本发明涉及一种脂肪族异氰酸酯的叔胺改性物及其制备方法和光稳定聚氨酯泡沫，通过向脂肪族异氰酸酯单体衍生物结构中引入含叔胺的分子侧链获得，该脂肪族异氰酸酯至少为2官能度。本发明所述脂肪族异氰酸酯的叔胺改性物具备自催化作用，可改善脂肪族异氰酸酯单体衍生物的反应活性。使用本发明所述的脂肪族异氰酸酯的叔胺改性物制备聚氨酯泡沫时，可使泡沫体系具备良好的成型性和后熟化性能，泡沫具有良好的紫外线稳定性和优异的拉伸性能、承载能力、弹性和尺寸稳定性。 【EN】The invention relates to a tertiary amine modifier of aliphatic isocyanate, a preparation method thereof and light-stable polyurethane foam, which are obtained by introducing a tertiary amine-containing molecular side chain into an aliphatic isocyanate monomer derivative structure, wherein the aliphatic isocyanate has at least 2 functionality. The tertiary amine modifier of the aliphatic isocyanate has an autocatalysis effect, and can improve the reaction activity of the aliphatic isocyanate monomer derivative. When the tertiary amine modified product of the aliphatic isocyanate is used for preparing polyurethane foam, a foam system has good formability and post-curing performance, and the foam has good ultraviolet stability and excellent tensile property, carrying capacity, elasticity and dimensional stability.

摘要：【中文】本发明提供一种直升机桨叶系留装置，所述系留装置包括桨叶固定框1、伸缩撑杆2和系留绳3；直升机桨叶穿过所述桨叶固定框1，所述桨叶固定框为框架结构，用于固定所述直升机桨叶；所述桨叶固定框的框体上套设有弹性滑动件10，所述弹性滑动件便于直升机桨叶穿过桨叶固定框；所述伸缩撑杆2的一端与所述桨叶固定框连接，另一端与地面接触或与限位件连接；所述系留绳3的一端与所述桨叶固定框连接，另一端与固定件连接。 【EN】The invention provides a helicopter blade mooring device, which comprises a blade fixing frame 1, a telescopic stay bar 2 and a mooring rope 3; the helicopter blades penetrate through the blade fixing frame 1, and the blade fixing frame is of a frame structure and is used for fixing the helicopter blades; an elastic sliding piece 10 is sleeved on a frame body of the blade fixing frame, and the elastic sliding piece is convenient for a helicopter blade to penetrate through the blade fixing frame; one end of the telescopic stay bar 2 is connected with the blade fixing frame, and the other end of the telescopic stay bar is in contact with the ground or is connected with the limiting piece; one end of the mooring rope 3 is connected with the blade fixing frame, and the other end of the mooring rope is connected with the fixing piece.

摘要：【中文】本发明提出一种直升机驾驶舱显示与告警信息优先级排序方法，所述优先级排序方法包括：建立指标体系和综合评价模型：根据驾驶舱显示与告警信息的优先级对飞行安全、任务安全及任务使用的影响，确定重要度、使用频度、冗余度和可探测度的直升机驾驶舱显示与告警信息优先级评价指标体系；对驾驶舱显示与告警信息进行综合评价排序：根据所述驾驶舱显示与告警信息优先级评价指标体系，确定每一项驾驶舱显示与告警信息的指标评分向量K_i、指标权重向量w_i，利用综合评分矩阵P^(k)＝(K₁,K₂,...,K_n)×w_i，计算得到所述驾驶舱显示与告警信息的综合评分，并根据综合评分结果进行排序。 【EN】The invention provides a method for priority ordering of display and alarm information of a helicopter cockpit, which comprises the following steps: establishing an index system and a comprehensive evaluation model: determining an importance degree, use frequency, redundancy and detectability helicopter cockpit display and alarm information priority evaluation index system according to the influence of the priority of cockpit display and alarm information on flight safety, task safety and task use; comprehensively evaluating and sequencing cockpit display and alarm information: according to the cockpit display and alarm information priority evaluation index system, determining an index score vector K of each cockpit display and alarm information_iThe index weight vector w_iUsing the composite score matrix P^(k)＝(K₁,K₂,...,K_n)×w_iAnd calculating to obtain the comprehensive score of the cockpit display and alarm information, and sequencing according to the comprehensive score result.