摘要：【中文】本发明提供了一种具备检测消毒功能的通道及检测消毒方法，其中：通道主体将风淋口、空气过滤设备、喷嘴、手部消毒口、红外摄像机、摄像机、紫外线杀菌灯、后门和前门进行固定；风淋口位于通道主体两侧，空气过滤设备为风淋口提供过滤和消毒的空气；喷嘴位于通道主体上方，向下喷洒消毒水；手部消毒口位于通道主体内部，为用户提供手部的杀毒液体；红外摄像机位于通道主体内部，通过红外检测用户的体表温度；摄像机位于通道主体内部，用于拍摄图像信息；紫外线杀菌灯位于通道主体顶部和/或两侧，为通道主体内部进行紫外消毒；本发明能够自动对人员进行体温测量和杀毒操作，可以用于传染病暴发期间的检测和杀毒。 【EN】The invention provides a channel with a detection and disinfection function and a detection and disinfection method, wherein the detection and disinfection method comprises the following steps: the air shower opening, the air filtering equipment, the nozzle, the hand disinfection opening, the infrared camera, the ultraviolet germicidal lamp, the rear door and the front door are fixed by the channel main body; the air showering ports are positioned at two sides of the channel main body, and the air filtering equipment provides filtered and disinfected air for the air showering ports; the nozzle is positioned above the channel main body and sprays the disinfectant downwards; the hand disinfection port is positioned in the channel main body and provides disinfection liquid for hands of a user; the infrared camera is positioned in the channel main body and detects the body surface temperature of the user through infrared; the camera is positioned in the channel main body and is used for shooting image information; the ultraviolet germicidal lamps are positioned at the top and/or two sides of the channel main body and are used for performing ultraviolet disinfection on the interior of the channel main body; the invention can automatically measure body temperature and kill virus for people, and can be used for detecting and killing virus during infectious disease outbreak.

摘要：【中文】本发明提供了一种具备移动消毒功能的机器人，包括：可自主移动或远距离遥控的移动底盘；设置于移动底盘上的用于实现紫外消毒的主消毒装置和辅助消毒装置；设置于移动底盘上的用于实现化学消毒的喷洒消毒装置；主消毒装置为整个机器人提供紫外消毒功能，并且带动辅助消毒装置升降动作；辅助紫外消毒弥补主消毒装置的盲区，并且带动喷洒消毒装置俯仰动作；喷洒消毒装置设置于辅助消毒装置的顶部，用于喷洒消毒液，实现化学消毒功能。本发明结构紧凑，将紫外消毒和化学消毒集成在一起，二者配合可实现指定空间的空气消毒，实现紫外消毒、化学消毒和空气消毒三种功能，消毒覆盖面积广，具有很好的操作性和通用性，具有广泛推广意义。 【EN】The invention provides a robot with a mobile disinfection function, which comprises: the mobile chassis can move autonomously or be remotely controlled; the main disinfection device and the auxiliary disinfection device are arranged on the movable chassis and used for realizing ultraviolet disinfection; the spraying and disinfecting device is arranged on the movable chassis and is used for realizing chemical disinfection; the main disinfection device provides an ultraviolet disinfection function for the whole robot and drives the auxiliary disinfection device to lift; the auxiliary ultraviolet disinfection makes up the blind area of the main disinfection device and drives the spraying disinfection device to perform pitching motion; the spraying disinfection device is arranged at the top of the auxiliary disinfection device and used for spraying disinfectant to realize the chemical disinfection function. The invention has compact structure, integrates ultraviolet disinfection and chemical disinfection together, realizes the air disinfection in a specified space by matching the ultraviolet disinfection and the chemical disinfection, realizes three functions of ultraviolet disinfection, chemical disinfection and air disinfection, has wide disinfection coverage area, good operability and universality and wide popularization significance.

摘要：【中文】本发明涉及胸腔闭式引流设备技术领域，公开了一种防倾倒胸瓶，该防倾倒胸瓶设计了专用的防回流结构，且防回流结构内球体定位槽的数量≥2，且朝向不同方向，密封球放置在其中一个球体定位槽内，当胸瓶倾倒时，防回流结构内的密封球会在重力的作用下向锥形密封腔的细端滚动，由于锥形密封腔的细端内径小于密封球，密封球会将液体通路暂时封闭，从而起到防止水封液回流，保持水封暂时稳定的作用，从而防止收集腔内的引流液和气体逆流至病人胸腔，造成气胸和感染。本发明能够广泛应用于胸腔闭式引流术后的理疗康复中，防止病人术后造成气胸和感染，有助于病人早日康复。 【EN】The invention relates to the technical field of closed thoracic drainage equipment, and discloses an anti-dumping thoracic bottle which is designed with a special anti-backflow structure, wherein the number of ball positioning grooves in the anti-backflow structure is more than or equal to 2, the ball positioning grooves face different directions, a sealing ball is placed in one of the ball positioning grooves, when the thoracic bottle is dumped, the sealing ball in the anti-backflow structure can roll towards the thin end of a conical sealing cavity under the action of gravity, and as the inner diameter of the thin end of the conical sealing cavity is smaller than that of the sealing ball, the sealing ball can temporarily seal a liquid passage, so that the backflow of water sealing liquid is prevented, the temporary stability of water sealing is kept, and the backflow of drainage liquid and gas in a collection cavity to the thoracic cavity of a patient is prevented, so that pneumothorax and infection are caused. The invention can be widely applied to physiotherapy rehabilitation after closed thoracic drainage operation, prevents pneumothorax and infection of a patient after the operation and is beneficial to early rehabilitation of the patient.

摘要：【中文】本申请涉及一种雷达数据融合方法，包括：从分别对应至少两个雷达的待处理点云数据中，获取时间戳满足数据融合条件的目标点云数据；目标点云数据包括分别对应不同雷达的至少两帧待处理点云数据；确定目标点云数据中的基准点云数据及非基准点云数据；获取由惯导仪采集的、与非基准点云数据具有相同时间戳的第一位姿数据及与基准点云数据具有相同时间戳的第二位姿数据；根据第一位姿数据和第二位姿数据，确定第一位姿数据的时间戳相对于第二位姿数据的时间戳的位姿变换；根据位姿变换对非基准点云数据进行补偿；根据基准点云数据及补偿后的非基准点云数据进行数据融合。本申请提供的方案可以打破应用场景的局限。 【EN】The application relates to a radar data fusion method, which comprises the following steps: acquiring target point cloud data with timestamps meeting data fusion conditions from point cloud data to be processed respectively corresponding to at least two radars; the target point cloud data comprises at least two frames of point cloud data to be processed respectively corresponding to different radars; determining reference point cloud data and non-reference point cloud data in the target point cloud data; acquiring first position and attitude data which are acquired by an inertial navigation instrument and have the same time stamp as non-reference point cloud data and second position and attitude data which have the same time stamp as the reference point cloud data; determining pose transformation of the timestamp of the first pose data relative to the timestamp of the second pose data according to the first pose data and the second pose data; compensating the non-reference point cloud data according to the pose transformation; and performing data fusion according to the reference point cloud data and the compensated non-reference point cloud data. The scheme provided by the application can break the limitation of application scenes.

摘要：【中文】本发明涉及信息技术领域，涉及一种基于实体关系消歧的知识图谱问答方法、系统以及终端；所述方法包括获取用户终端输入的问句文本，识别出所述问句文本中的实体提及词、属性提及词和特定关系；将实体提及词和属性提及词链接到预先构建的知识图谱中，并根据所链接到的每个实体的二度关系子图建立出语义超图；利用从所述语义超图中包含出的每个实体的多粒度上下文特征，使用极端梯度提升算法进行二分类线性回归对实体和关系进行联合消歧；本发明通过一度关系子树和二度关系子树的评价得分，本发明避免的问句中隐式表达的信息被遗漏的问题。通过多粒度特征大大提升了实体和关系的消岐能力，大大提高了系统回答问题的准确率。 【EN】The invention relates to the technical field of information, in particular to a knowledge graph question-answering method, a knowledge graph question-answering system and a knowledge graph question-answering terminal based on entity relationship disambiguation; the method comprises the steps of obtaining a question text input by a user terminal, and identifying entity mentions, attribute mentions and specific relations in the question text; linking the entity mentions and the attribute mentions to a pre-constructed knowledge graph, and establishing a semantic hypergraph according to the two-degree relation subgraphs of each linked entity; performing two-classification linear regression by using the multi-granularity context characteristics of each entity contained in the semantic hypergraph and performing combined disambiguation on the entities and the relations by using an extreme gradient lifting algorithm; according to the evaluation scores of the first-degree relation subtree and the second-degree relation subtree, the problem that the information implicitly expressed in the question is missed is solved. The disambiguation capability of the entities and the relations is greatly improved through the multi-granularity characteristics, and the accuracy of the system for answering the questions is greatly improved.

摘要：【中文】本发明提供了一种基于足迹稳定点推算身高的方法，包括：设拇趾内缘突点为A、第一跖趾骨关节内缘突点为B、跟中心点为C、第五跖趾骨关节外缘突点为D、左脚为L、右脚为R、身高为S；基于线段AB、AD、BD、BC，根据回归方程推算得到身高S。本发明能够根据现场残余足迹稳定点推算身高的方法。 【EN】The invention provides a method for calculating height based on footprint stable points, which comprises the following steps: setting the big toe inner edge convex point as A, the first metatarsophalangeal joint inner edge convex point as B, the heel central point as C, the fifth metatarsophalangeal joint outer edge convex point as D, the left foot as L, the right foot as R and the height as S; and calculating the height S according to a regression equation based on the line segments AB, AD, BD and BC. The invention discloses a method for calculating the height according to a field residual footprint stable point.

摘要：【中文】本发明公开一株含群体感应淬灭基因aiiA的蜡样芽孢杆菌及其应用，涉及植物病害生物防治技术领域。本发明中的蜡样芽孢杆菌BC15是从实验室分离保存的生防细菌中通过aiiA基因鉴定法筛选获得。采用菌液灌根的方法可以有效抑制作物青枯病的发生，采用菌液涂抹的方法可以有效抑制西瓜果实细菌性果斑病的发生，经过生理生化测定、16S rDNA和gyrB基因确定其为蜡样芽孢杆菌。该发明为以群体感应淬灭基因为靶向进一步开展作物细菌性病害的生物防治提供菌株资源。 【EN】The invention discloses a strain containing quorum sensing quenching geneaiiAThe bacillus cereus and the application thereof relate to the technical field of biological control of plant diseases. The bacillus cereus BC15 in the invention is separated from biocontrol bacteria preserved in a laboratory and passes throughaiiAScreening by gene identification method. The method of irrigating roots with the bacterial liquid can effectively inhibit the occurrence of the bacterial wilt of crops, the method of smearing the bacterial liquid can effectively inhibit the occurrence of the bacterial fruit blotch of watermelon fruits, and the bacterial fruit blotch is subjected to physiological and biochemical determination, 16S rDNA andgyrBgenetically determining it to be bacillus cereus. The invention provides strain resources for further carrying out biological control on crop bacterial diseases by taking quorum sensing quenching genes as targets。

摘要：【中文】一种基于多特征融合的铣削声压级监测及预测系统，包括数控机床及工件系统、声压和振动测量系统、三向测力系统、温度测量系统，由上述系统可监测并获得给定铣削参数下的铣削声压、三向振动、三向铣削力、铣削温度。分别建立声压级的融合铣削力与铣削参数的第一单项模型、融合铣削温度与铣削参数的第二单项模型、融合铣削三向振动与铣削参数的第三单项模型；基于误差平方和倒数得到各单项模型在组合模型中的加权系数，建立融合铣削力‑振动‑热及铣削参数的铣削声压级组合预测模型，对比声压级实测数据，所得模型相关性好、可靠性高，本发明能为铣削加工状态的监测及铣削噪声提供声压级的预测科学的指导。 【EN】A milling sound pressure level monitoring and predicting system based on multi-feature fusion comprises a numerical control machine tool and workpiece system, a sound pressure and vibration measuring system, a three-way force measuring system and a temperature measuring system, wherein the milling sound pressure, three-way vibration, three-way milling force and milling temperature under given milling parameters can be monitored and obtained by the system. Respectively establishing a first single model fusing milling force and milling parameters, a second single model fusing milling temperature and milling parameters and a third single model fusing milling three-way vibration and milling parameters of sound pressure level; the method comprises the steps of obtaining weighting coefficients of all single models in a combined model based on the square sum and the reciprocal of errors, establishing a milling sound pressure level combined prediction model fusing milling force-vibration-heat and milling parameters, and comparing sound pressure level measured data, wherein the obtained model is good in correlation and high in reliability.

摘要：【中文】本发明涉及农业技术领域，尤其是涉及一种利用梨瓜作为诱集植物防控柑橘园蚧壳虫的生物防控方法。该方法包括如下步骤：梨瓜先催芽，温室育苗后移栽至柑橘园；柑橘园中，需要栽培梨瓜的区域，先翻地，浇透水，覆上薄膜，之后在橘园区域的四周以及行间栽培梨瓜，水肥按照柑橘园水肥管理，栽培按照梨瓜种植技术来管理；利用梨瓜吸引柑橘园蚧壳虫，当梨瓜全株果实、叶片和藤蔓为害面积超过五分之四时，将整株受害梨瓜套袋放在空旷的水泥地暴晒若干天后烧毁。本发明利用梨瓜吸引柑橘园蚧壳虫,然后集中予以处理,不但有效的降低了若虫的数量，还兼顾了难以防治的成虫和卵，为高效防治柑橘蚧壳虫提供了一种新的途径。 【EN】The invention relates to the technical field of agriculture, in particular to a biological prevention and control method for preventing and controlling icerya purchasi in a citrus orchard by using cucumis melo as a trapping plant. The method comprises the following steps: accelerating germination of the pear melons, and transplanting the pear melons to an orange garden after greenhouse seedling cultivation; in a citrus orchard, firstly turning over the land of an area needing to cultivate the cucurbita pepo, watering the area thoroughly, covering a film, then cultivating the cucurbita pepo around the area of the citrus orchard and among rows, wherein the water and fertilizer are managed according to the water and fertilizer management of the citrus orchard, and the cultivation is managed according to the cucurbita pepo planting technology; the pear is used for attracting the coccid in the citrus orchard, when the damage area of the whole pear, the whole leaf and the vines is more than four fifths of the area, the whole damaged pear is bagged, placed in an open cement land and exposed to the sun for a plurality of days and then burnt. According to the invention, the pear melons are used for attracting the citrus scale insects and then are treated in a centralized manner, so that the quantity of nymphs is effectively reduced, the imagoes and eggs which are difficult to control are taken into consideration, and a new way is provided for efficiently controlling the citrus scale insects.

摘要：【中文】本发明公开了一种零件表面激光熔覆制造过程的质量监测方法，包括以下步骤：进行重复激光熔覆零件生产，获得激光熔覆零件生产过程中所有区域的红外热像图片序列及其对应的温度并进行处理，生成高维数据；对比生产成功和生产失败的零件的高维数据，确定激光熔融零件生产工序中的重点关注区域；将重点关注区域的高维数据取均值，得到基准数据，并处理得到阈值；新的零件生产过程中，获取高维数据并与基准数据做比较，如果差值在阈值范围外，发出警告，提醒人工干预。本方法可以适用于大批量制造，对象为材料表面改性生产过程中的激光熔覆零件生产质量过程监测，具有极高的准确性，同时使用起来方法简单，成本较低，同时抗干扰能力强。 【EN】The invention discloses a quality monitoring method for a part surface laser cladding manufacturing process, which comprises the following steps: performing repeated laser cladding part production to obtain infrared thermal image picture sequences of all areas and corresponding temperatures in the laser cladding part production process, and processing the infrared thermal image picture sequences to generate high-dimensional data; comparing the high-dimensional data of parts which are successfully produced with the high-dimensional data of parts which are unsuccessfully produced, and determining a key attention area in the production process of the laser melting parts; averaging high-dimensional data of the key attention area to obtain reference data, and processing to obtain a threshold value; and in the production process of new parts, acquiring high-dimensional data, comparing the high-dimensional data with reference data, and if the difference value is out of the threshold range, giving out a warning to remind manual intervention. The method is suitable for mass production, aims at monitoring the production quality process of the laser cladding part in the material surface modification production process, has extremely high accuracy, and is simple to use, low in cost and strong in anti-interference capability.