摘要：【中文】本发明提供了一种砼护栏养护装置，涉及砼护栏养护技术领域，包括车体、驱动机构、第一洒水机构和第二洒水机构；所述驱动机构用于驱动所述车体移动；所述第一洒水机构设置在所述车体底部，用于所述砼护栏顶部的洒水养护，所述第二洒水机构的数量为多个，多个所述第二洒水机构设置在垂直于所述车体移动方向的两侧，用于所述砼护栏两侧的洒水养护。在驱动机构驱动车体移动的过程中，利用第一洒水机构对砼护栏的顶面进行洒水养护，同时，利用第二洒水机构对砼护栏的两侧进行洒水养护，整个过程洒水均匀，避免砼表面干缩开裂，并且解决了砼护栏侧部养护操作困难，节省人力，且养护的自动化程度高。 【EN】The invention provides a concrete guardrail maintenance device, which relates to the technical field of concrete guardrail maintenance and comprises a vehicle body, a driving mechanism, a first sprinkling mechanism and a second sprinkling mechanism, wherein the vehicle body is provided with a first sprinkling mechanism and a second sprinkling mechanism; the driving mechanism is used for driving the vehicle body to move; first watering mechanism sets up bottom half is used for the watering maintenance at concrete guardrail top, the quantity of second watering mechanism is a plurality of, and is a plurality of second watering mechanism sets up the perpendicular to automobile body moving direction's both sides are used for the watering maintenance of concrete guardrail both sides. In the process that the driving mechanism drives the vehicle body to move, the first sprinkling mechanism is utilized to carry out sprinkling maintenance on the top surface of the concrete guardrail, and meanwhile, the second sprinkling mechanism is utilized to carry out sprinkling maintenance on the two sides of the concrete guardrail, so that the sprinkling in the whole process is uniform, the drying shrinkage and cracking on the surface of the concrete are avoided, the difficulty in maintenance operation of the side part of the concrete guardrail is solved, the labor is saved, and the degree of automation of the maintenance is high.

摘要：【中文】本发明公开了一种缓解高速铁路隧道洞口微压波的缓冲结构，包括固定墙板，所述固定墙板一侧端部的上下部位均固定连接有弧形板，所述固定墙板与弧形板一侧的另外一端的上下部位均固定连接有安装板，两个所述安装板之间转动连接有导向板。本发明初始状态下，高铁进入到隧道口时，隧道内的空气被挤压向前运动，此时导向板呈向内聚拢状态，则从隧道口被挤压出的气流和声波就会顺着导向板而向前传输，这样通过导向板的作用起到气流和声波聚集的功能，从而避免气流和声波肆意扩撒影响居民生活的问题，其次，本情况下圆弧块凹陷设置，则通过卸风槽和卸风口的设置可分散气流和声波，则通过依次削弱气流和声波的效果缓解气流和声波整体运动能量。 【EN】The invention discloses a buffer structure for relieving micro-pressure waves of a tunnel portal of a high-speed railway, which comprises a fixed wallboard, wherein the upper part and the lower part of the end part of one side of the fixed wallboard are fixedly connected with an arc-shaped plate, the upper part and the lower part of the other end of one side of the fixed wallboard and the arc-shaped plate are fixedly connected with mounting plates, and a guide plate is rotatably connected between the two mounting plates. In the initial state of the invention, when high-speed rails enter a tunnel entrance, air in the tunnel is extruded to move forwards, the guide plates are in an inward gathering state, and airflow and sound waves extruded from the tunnel entrance can be transmitted forwards along the guide plates, so that the function of gathering the airflow and the sound waves is realized through the action of the guide plates, the problem that the living of residents is influenced by the airflow and the sound waves is avoided.

摘要：【中文】本发明公开了一种多功能全固态调Q拉曼激光光源，包括机体，所述机体内从内至外依次设置有泵浦源、全反镜片、掺钕钒酸盐晶体、Q开关、中间镜片、第一BBO晶体、第二BBO晶体、第三BBO晶体和输出镜片，所述泵浦源、全反镜片、掺钕钒酸盐晶体、Q开关、中间镜片、第一BBO晶体、第二BBO晶体、第三BBO晶体和输出镜片的轴向中心线重合，所述全反镜片与输出镜片之间构成一个光振荡腔，所述第一BBO晶体、第二BBO晶体和第三BBO晶体的下端均设置有一个水平旋转调节台，每个水平旋转调节台调节放置在该水平旋转调节台上端面上的BBO晶体的通光方向。上述技术方案，结构设计合理、结构简单、光学元件少和稳定性好。 【EN】The invention discloses a multifunctional all-solid-state Q-switched Raman laser light source which comprises a machine body, wherein a pumping source, an all-reflection lens, a neodymium-doped vanadate crystal, a Q switch, a middle lens, a first BBO crystal, a second BBO crystal, a third BBO crystal and an output lens are sequentially arranged in the machine body from inside to outside, the axial central lines of the pumping source, the all-reflection lens, the neodymium-doped vanadate crystal, the Q switch, the middle lens, the first BBO crystal, the second BBO crystal, the third BBO crystal and the output lens are overlapped, an optical oscillation cavity is formed between the all-reflection lens and the output lens, the lower ends of the first BBO crystal, the second BBO crystal and the third BBO crystal are respectively provided with a horizontal rotation adjusting platform, and each horizontal rotation adjusting platform adjusts the light passing direction of the BBO crystal placed on the upper end face of the horizontal rotation adjusting platform. Above-mentioned technical scheme, structural design is reasonable, simple structure, optical element are few and stability is good.

摘要：【中文】本发明公开了高烈度膨胀土地区高回填隧道明洞衬砌构造，包括第一衬砌及设置于第一衬砌两侧的边坡，第一衬砌内侧设有第二衬砌，第二衬砌的两端内壁上均安装有多个照明灯，第一衬砌和两侧的边坡之间设有吸水机构，吸水机构的出水端位于第一衬砌和第二衬砌之间，第二衬砌和第一衬砌之间固定连接有多个第一弹性机构，第二衬砌的两端入口的底部均设有凹槽，凹槽的开口处滑动密封设置有减速板，减速板与凹槽的底部之间固定连接有多个第二弹性机构，凹槽内设有驱动机构。本发明不仅能有效的提高隧道在使用是衬砌的结构安全性，而且还能对照明灯进行有效的除尘，确保照明效果，利于提高过往车辆的经过隧道的安全性。 【EN】The invention discloses a lining structure of a high-backfill open cut tunnel in a high-intensity expansive soil area, which comprises a first lining and slopes arranged on two sides of the first lining, wherein a second lining is arranged on the inner side of the first lining, a plurality of illuminating lamps are respectively arranged on the inner walls of two ends of the second lining, a water absorbing mechanism is arranged between the first lining and the slopes on two sides, the water outlet end of the water absorbing mechanism is positioned between the first lining and the second lining, a plurality of first elastic mechanisms are fixedly connected between the second lining and the first lining, grooves are respectively arranged at the bottoms of inlets at two ends of the second lining, a speed reducing plate is arranged at the opening of each groove in a sliding sealing manner, a plurality of second elastic mechanisms are fixedly connected between the speed reducing plate and the bottom of the groove, and a driving mechanism is arranged in each groove. The invention not only can effectively improve the structural safety of the tunnel which is lined when in use, but also can effectively remove dust for the lighting lamp, ensure the lighting effect and be beneficial to improving the safety of passing vehicles passing through the tunnel.

摘要：【中文】本发明提供的一种城市道路网公交路权路网规划方法，包括：步骤一、明确各交通方式规划年分担率目标：包括地面公交分担率和小汽车分担率目标；步骤二、构建地面公交网络及其运营参数；步骤三、计算地面公交与小汽车的交通小区出行OD矩阵；步骤四、计算得到地面公交及小汽车道路断面流量；步骤五、根据道路断面流量及规划服务水平下单车道地面公交车通行容量、单车道小汽车交通容量，分别得到地面公交及小汽车流量所需的车道数；步骤六、根据地面公交所需车道数，考虑城市道路网络结构、公交服务水平、社会效益等因素确定公交路权划分等级；步骤七、通过交通模型，迭代计算在公交路权规划下的交通运行状态，循环修正，得到最终城市道路网公交路权规划方案。 【EN】The invention provides a method for planning a public transportation right road network of an urban road network, which comprises the following steps: step one, defining the annual sharing rate target planned by each traffic mode: the method comprises the following steps of (1) aiming at the ground bus sharing rate and the car sharing rate; secondly, constructing a ground public transport network and operation parameters thereof; step three, calculating a traffic cell travel OD matrix of the ground public traffic and the car; step four, calculating to obtain the traffic flow of the road sections of the ground buses and the cars; step five, respectively obtaining the number of lanes required by the traffic of the ground buses and the traffic of the cars according to the traffic of the cross section of the road, the traffic capacity of the ground buses of the single lane and the traffic capacity of the cars of the single lane under the planning service level; step six, determining the grade of the bus right according to the number of lanes required by the ground bus and considering factors such as an urban road network structure, a bus service level, social benefits and the like; and seventhly, iteratively calculating the traffic running state under the bus right planning through a traffic model, and circularly correcting to obtain the final urban road network bus right planning scheme.

摘要：【中文】本发明公开了一种健康监测系统，通过在适于人体脚部的可穿戴设备上设置信号采集模块和信号处理模块，并通过信号采集模块采集人体脚部不同部位的压力数据、人体脚部的温度数据以及人体的心率数据、呼吸率数据和汗液量数据，并通过信号处理模块基于信号采集模块采集的数据，对人体的健康情况等进行监测。从而在保证舒适度和实用性的基础上，实现实时对人体各项健康指标进行监测，大大提升了用户体验。 【EN】The invention discloses a health monitoring system, which is characterized in that a signal acquisition module and a signal processing module are arranged on wearable equipment suitable for human feet, pressure data of different parts of the human feet, temperature data of the human feet, heart rate data, respiration rate data and sweat volume data of the human body are acquired through the signal acquisition module, and the health condition of the human body and the like are monitored through the signal processing module based on the data acquired by the signal acquisition module. Therefore, on the basis of ensuring the comfort level and the practicability, the monitoring on various health indexes of the human body is realized in real time, and the user experience is greatly improved.