摘要：【中文】本发明涉及医疗信息技术领域，且本发明公开了一种智能导诊装置，包括待诊人员区分模块、患者部位选择模块、病症部位精确模块、病症列表生成模块、症状匹配模块、科室列表选择模块、科室挂号模块和科室智能AR全程导航模块。该智能导诊方法及其装置，通过设置症状匹配模块、科室列表选择模块、科室挂号模块，能够快速有效的对患者的病痛进行确定与匹配，并主动推荐最合适的挂号科室，避免医院由于人工数量的限制而使患者出现大批量排队的情况发生，既提高了医院的就诊效率，通过在导诊装置内部设置科室智能AR全程导航模块，能够根据患者自主的需求进行医院科室的行经路线导航，使患者可以快速的找到自己所问诊的科室。 【EN】The invention relates to the technical field of medical information, and discloses an intelligent diagnosis guiding device which comprises a to-be-diagnosed person distinguishing module, a patient part selecting module, a disease part accurate module, a disease list generating module, a symptom matching module, a department list selecting module, a department registration module and a department intelligent AR whole-course navigation module. The intelligent diagnosis guiding method and the intelligent diagnosis guiding device have the advantages that the symptom matching module, the department list selection module and the department registration module are arranged, the patient pain can be quickly and effectively determined and matched, the most suitable registered department is actively recommended, the condition that the patient queues in a large batch due to the limitation of the number of workers in a hospital is avoided, the diagnosis efficiency of the hospital is improved, the department intelligent AR whole-course navigation module is arranged in the diagnosis guiding device, the navigation of the walking route of the departments of the hospital can be carried out according to the independent requirement of the patient, and the patient can quickly find the department in which the patient asks for a diagnosis.

摘要：【中文】本发明公开了一种网络数据的结构化处理方法，包括以下步骤：访问目标服务器，采集数据，获取访问的数据，将获取的数据与数据库内部预留的参考数据进行对比操作，将对比结果使用物理模型的数据功能图表进行显示，将对比完成的数据进行筛选操作，剔除非正常类数据，使筛选后的网络数据为半结构化或非结构化网络数据。该网络数据的结构化处理方法，能够通过使结合自动化识别和人工操作来将采集的数据进行结构化处理，提高识别准确率以及工作效率的技术效果，减少由于人工手动操作发生的失误，通过将数据信息嵌入数字化宿主信息、设置密码术，能够有效的提高结构化数据的存储安全性。 【EN】The invention discloses a structured processing method of network data, which comprises the following steps: accessing a target server, acquiring data, acquiring accessed data, comparing the acquired data with reference data reserved inside a database, displaying a comparison result by using a data function chart of a physical model, screening the compared data, and eliminating abnormal data to enable the screened network data to be semi-structured or unstructured network data. According to the structured processing method of the network data, the collected data can be structured through combining automatic identification and manual operation, the technical effects of identification accuracy and working efficiency are improved, errors caused by manual operation are reduced, and the storage safety of the structured data can be effectively improved by embedding data information into digital host information and setting cryptography.

摘要：【中文】本发明涉及一种血浆中乙酰螺旋霉素含量的检测方法。该方法包括以下步骤：(A)制备微生物悬液；(B)制备标准曲线：分别向微生物悬液中加入梯度浓度的乙酰螺旋霉素，培养，测定吸光度，制备得到标准曲线；(C)样品采集：采集血浆；(D)分别精密量取待测血浆样品和空白血浆样品，加入步骤(A)的微生物悬液中混匀，得待测混合溶液和空白对照；(E)测定待测混合溶液的微生物浓度；(F)将待测混合溶液的微生物浓度与空白对照进行比较，通过标准曲线计算得出乙酰螺旋霉素的浓度。本发明方法的分析时间短、灵敏度高，准确度、精密度、回收率、稳定性经考察后均符合要求，适用于乙酰螺旋霉素在体内的药代动力学试验研究。 【EN】The invention relates to a method for detecting the content of acetylspiramycin in blood plasma. The method comprises the following steps: (A) preparing a microorganism suspension; (B) preparing a standard curve: respectively adding acetylspiramycin with gradient concentration into the microbial suspension, culturing, measuring absorbance, and preparing to obtain a standard curve; (C) collecting samples: collecting blood plasma; (D) accurately measuring a plasma sample to be detected and a blank plasma sample respectively, adding the plasma sample to be detected and the blank plasma sample into the microbial suspension obtained in the step (A), and uniformly mixing to obtain a mixed solution to be detected and a blank control; (E) measuring the microbial concentration of the mixed solution to be measured; (F) and comparing the microbial concentration of the mixed solution to be detected with a blank control, and calculating the concentration of the acetylspiramycin through a standard curve. The method has the advantages of short analysis time, high sensitivity, and satisfactory accuracy, precision, recovery rate and stability after investigation, and is suitable for in vivo pharmacokinetic experimental study of acetylspiramycin.

摘要：【中文】本发明涉及中药与卫生技术领域，具体公开了一种具有清洁、杀菌、保湿作用的药液及其应用。所述的药液以质量百分比计，包含0.5‑5.0%的江香薷提取物；所述的江香薷提取物以质量百分比计，含有不少于0.2%江香薷种籽提取物，该江香薷种籽提取物是对江香薷种籽采用超临界CO₂萃取方式而获得的油性成分，所述的江香薷提取物还含有江香薷精油和/或江香薷水提液。该药液在制备卫生用品中具有广泛的应用，尤其是用该药液所制备的湿巾具有清洁、杀菌、保湿的三合一功能，并具有独特的中草药清香，纯植物提取不含人工合成香精，广大用户更易接受，具有较好的市场前景。 【EN】The invention relates to the technical field of traditional Chinese medicine and sanitation, and particularly discloses a liquid medicine with cleaning, sterilizing and moisturizing effects and application thereof. The liquid medicine comprises 0.5-5.0% of herba elsholtziae extract by mass percent; the elsholtzia splendens extract contains not less than 0.2 percent of elsholtzia splendens seed extract by mass percent, and the elsholtzia splendens seed extract adopts supercritical CO for elsholtzia splendens seeds₂The elsholtzia extract also contains elsholtzia essential oil and/or elsholtzia water extract. The liquid medicine has wide application in preparing sanitary articles, especially wet tissue prepared from the liquid medicine has three-in-one functions of cleaning, sterilizing and moisturizing, has unique Chinese herbal medicine faint scent, is extracted from pure plants without artificially synthesized essence, is more acceptable by wide users, and has better market prospect.

摘要：【中文】本发明涉及卫生用品技术领域，具体公开了一种具有清洁、杀菌、保湿三合一作用的湿巾及其制备方法。该湿巾由湿巾药液和承附药液的基材组成，所述的湿巾药液，以质量百分比计，包含0.5‑5.0％的江香薷提取物；还包含0.01‑2.0％的防腐剂、0‑10.0％的保湿剂、0‑5.0％的护肤剂、0‑0.5％的稳定剂、0.01‑2.0％表面活性剂、及适量的酸度调节剂；所述的江香薷提取物含有江香薷种籽提取物，所述的江香薷种籽提取物不少于0.2％；所述的江香薷提取物还含有江香薷精油和/或江香薷水提液；所述湿巾药液的pH值为3.5‑8.5，控制湿巾含液量为基材质量的3‑6倍。该湿巾产品具有清洁、杀菌、保湿的三合一功能，并具有独特的中草药清香，纯植物提取不含人工合成香精，广大用户更易接受，具有较好的市场前景。 【EN】The invention relates to the technical field of hygienic products, and particularly discloses a wet tissue with three-in-one functions of cleaning, sterilizing and moisturizing and a preparation method thereof. The wet tissue consists of wet tissue liquid medicine and a base material bearing the liquid medicine, wherein the wet tissue liquid medicine contains 0.5 to 5.0 mass percent of elsholtzia extract; also comprises 0.01-2.0% of preservative, 0-10.0% of humectant, 0-5.0% of skin care agent, 0-0.5% of stabilizer, 0.01-2.0% of surfactant and proper amount of acidity regulator; the elsholtzia splendens extract contains elsholtzia splendens seed extract, and the elsholtzia splendens seed extract is not less than 0.2%; the elsholtzia extract also contains elsholtzia essential oil and/or elsholtzia water extract; the pH value of the wet tissue liquid medicine is 3.5-8.5, and the liquid content of the wet tissue is controlled to be 3-6 times of the mass of the base material. The wet tissue product has three functions of cleaning, sterilizing and moisturizing, has unique Chinese herbal medicine faint scent, is extracted from pure plants without artificially synthesized essence, is more acceptable by the broad masses of users, and has better market prospect.

摘要：【中文】本发明公开了一个保护电缆的方法和系统，步骤包括：S1：在地铁基坑开挖前对电缆管沟测量定位，开挖电缆管沟上方的土体；S2：在电缆管沟的两端分别施做基坑连续墙并对基坑连续墙的外侧作加固处理；S3：在电缆管沟的两侧施做混凝土连梁立柱；S4：沿混凝土连梁立柱的排列方向开挖沟槽，设置混凝土钢筋；S5：分节段开挖电缆管沟的下方土体，在每一节段的电缆管沟的下方架设横向型钢，将横向型钢与混凝土钢筋焊接固定后继续开挖，直至地铁基坑的另一侧面；S6：浇筑混凝土钢筋形成混凝土连梁并施做冠梁；S7：在冠梁的下方逐级开挖形成地铁基坑，在每一节段开挖完成后，在每一个基坑连续墙上分别作加固处理后再开挖下一节段，直至开挖到地铁基坑的底面。 【EN】The invention discloses a method and a system for protecting cables, which comprises the following steps: s1: measuring and positioning the cable pipe trench before excavation of the subway foundation pit, and excavating a soil body above the cable pipe trench; s2: constructing a foundation pit continuous wall at two ends of the cable pipe trench respectively and reinforcing the outer side of the foundation pit continuous wall; s3: constructing concrete connecting beam upright columns on two sides of the cable trench; s4: digging grooves along the arrangement direction of the concrete connecting beam columns, and arranging concrete reinforcing steel bars; s5: excavating a soil body below the cable pipe trench in sections, erecting transverse section steel below the cable pipe trench of each section, and continuously excavating after the transverse section steel and concrete reinforcing steel bars are welded and fixed until the other side surface of the subway foundation pit; s6: pouring concrete steel bars to form concrete coupling beams and constructing crown beams; s7: and excavating step by step below the crown beam to form a subway foundation pit, and after each section of the foundation pit is excavated, respectively reinforcing each continuous wall of the foundation pit and then excavating the next section of the foundation pit until the next section of the foundation pit is excavated to the bottom surface of the subway foundation pit.