摘要：【中文】本发明公开了一种承载能力高的建筑管廊和内部道路结构，包括侧墙，侧墙顶面安装有顶板，侧墙底面安装有地板，侧墙一侧均安装有排管组件，侧墙一侧通过螺栓安装有安装架，安装架一侧开设有滑动槽，滑动槽内部嵌入有若干滑块，滑块一侧通过螺栓安装有架管板，架管板顶面开设有滚筒槽，滚筒槽内安装有滚筒，滚筒中部开设有装管槽，安装架一侧两端靠近滑动槽处开设有安装槽，安装槽内部安装有螺杆，架管板一端焊接有挡板，工作人员移动架管板，带动滑块在滑动槽内移动，通过螺杆将滑块固定，从而将架管板固定，方便工作人员对管道进行安装，将管道卡入装管槽内部，在对管道进行拖动时，带动滚筒进行滚动，方便工作人员对管道进行拖动。 【EN】The invention discloses a building pipe gallery with high bearing capacity and an internal road structure, which comprises a side wall, wherein a top plate is arranged on the top surface of the side wall, a floor is arranged on the bottom surface of the side wall, a calandria component is arranged on one side of the side wall, a mounting frame is arranged on one side of the side wall through a bolt, a sliding groove is formed in one side of the mounting frame, a plurality of sliding blocks are embedded in the sliding groove, a frame pipe plate is arranged on one side of each sliding block through a bolt, a roller groove is formed in the top surface of the frame pipe plate, a roller is arranged in the roller groove, a pipe loading groove is formed in the middle of the roller, mounting grooves are formed in two ends of one side of the mounting frame, which are close to the sliding groove, a screw rod is arranged in the mounting grooves, a baffle is welded at one end of the frame, when dragging the pipeline, the roller is driven to roll, so that the pipeline is convenient for workers to drag.

摘要：【中文】本公开涉及一种邻区主频点的信号质量测量方法、装置、介质及电子设备，所述方法包括：在当前测量时间内对邻区主频点对应的信号进行采样；若当前测量时间不是根据邻区的定时所确定，根据采样点数据确定信号在当前测量时间的信号质量估计值；获取信号在上一测量时间的信号质量滤波值，并根据当前测量时间的信号质量估计值与上一测量时间的信号质量滤波值确定当前测量时间对应的滤波系数；根据上一测量时间的信号质量滤波值以及当前测量时间对应的滤波系数，对信号在当前测量时间的信号质量估计值进行滤波处理。因此，可以避免调度不便、采样时间过长的现象，对信号进行准确测量并跟踪待测小区的信号质量变化，有效避免强同频干扰对测量值的影响。 【EN】The disclosure relates to a method, a device, a medium and an electronic device for measuring signal quality of a main frequency point of a neighboring cell, wherein the method comprises the following steps: sampling a signal corresponding to the main frequency point of the adjacent region in the current measurement time; if the current measuring time is not determined according to the timing of the adjacent cell, determining a signal quality estimation value of the signal at the current measuring time according to the sampling point data; acquiring a signal quality filtering value of a signal at the last measuring time, and determining a filtering coefficient corresponding to the current measuring time according to the signal quality estimation value of the current measuring time and the signal quality filtering value of the last measuring time; and carrying out filtering processing on the signal quality estimation value of the signal at the current measuring time according to the signal quality filtering value at the last measuring time and the filtering coefficient corresponding to the current measuring time. Therefore, the phenomena of inconvenient scheduling and overlong sampling time can be avoided, the signal is accurately measured, the signal quality change of the cell to be measured is tracked, and the influence of strong same frequency interference on the measured value is effectively avoided.

摘要：【中文】本发明公开了一种地下综合管廊及其内部通信线缆管支撑机构，所述安装壁板边端焊接连接有安装横梁，所述安装横梁内部均等距开设有方型插槽，所述连接座通过其底端的方型插柱与其对应处的方型插槽之间插接连接，所述线缆托架底部一侧靠近方型插柱处固定安装有加固支板，本发明通过安装壁板、紧固铆钉、安装横梁、方型插槽、限位槽、连接座、方型插柱、限位块、线缆托架和加固支板能够在管廊支架安装时通过安装壁板与管廊内壁之间的固定连接，来使安装横梁与管廊内壁之间进行间接的固定，该方式不仅安装后稳定性强，同时取代了传统预埋焊接法和膨胀螺栓法的安装方式，使得管廊支架在安装时更加简便。 【EN】The invention discloses an underground comprehensive pipe gallery and an internal communication cable pipe supporting mechanism thereof, wherein the edge end of a mounting wallboard is welded and connected with a mounting crossbeam, square slots are arranged in the mounting crossbeam at equal intervals, a connecting seat is connected with the square slots at the corresponding position of the connecting seat in an inserting manner through square inserting columns at the bottom end of the connecting seat, and a reinforcing support plate is fixedly arranged at one side of the bottom of a cable bracket close to the square inserting columns, so that the installation of the pipe gallery bracket is simpler and more convenient.

摘要：【中文】本发明公开了一种防沉降抗拉伸建筑直埋管道的固定机构，包括管道，管道底部设置有防沉降组件，支撑环顶面两端均焊接有连接环，连接块顶面位于拉伸套管内部焊接有弹簧，连接轴一侧连接有边部基板，管道一侧安装有抗拉伸组件，第一连接杆一端粘接有橡胶条，定位管两端均焊接有挡板，管道两端均安装有密封组件，密封槽内部放置有充气圈，本发明在发生沉降时，中部基板和边部基板底部土壤下陷，此时弹簧会推动连接块下移，进而使相应位置的中部基板和边部基板倾斜进行支撑，减小管道的形变量，连接处不易受损，防止泄漏，第一连接杆会推动保护套管，减小管道的偏移速度，防止管道因冲击过大而破裂，保护管道。 【EN】The invention discloses a fixing mechanism of a settlement-preventing and stretch-preventing building directly-buried pipeline, which comprises a pipeline, wherein a settlement-preventing component is arranged at the bottom of the pipeline, connecting rings are welded at both ends of the top surface of a supporting ring, a spring is welded at the top surface of a connecting block positioned in a stretching sleeve, an edge substrate is connected at one side of the connecting shaft, a stretch-preventing component is installed at one side of the pipeline, a rubber strip is bonded at one end of a first connecting rod, baffles are welded at both ends of a positioning pipe, sealing components are installed at both ends of the pipeline, and an inflatable ring is placed in a sealing groove. The pipeline is prevented from being broken due to overlarge impact, and the pipeline is protected.

摘要：【中文】本发明公开一种珍稀植物保护培育设备，包括：包括：底座、松土施肥机构、照明浇水机构，所述的底座包括底板，所述的松土施肥机构安装在底板上，松土时，首先通过升降电机带动滑块A滑动从而使松土施肥装置移动到方便松土施肥的位置，通过步进电机A带动松土杆转动松土；施肥时，通过舵机带动松土施肥装置转动使施肥管竖直向下，通过肥料泵抽取肥料从施肥头注入泥土中；当需要浇水照明时，通过步进电机B带动滑块B滑动从而带动竖杆围绕珍稀植物移动使喷头环绕浇水，通过植物生长灯照射植物进行光合作用，使珍稀植物生长的更加茂盛，保护了珍稀植物，节约了人力，也避免了因为人工培育失误对珍稀植物的损害，实现了自动化的培育珍稀植物。 【EN】The invention discloses a rare plant protection and cultivation device, which comprises: the method comprises the following steps: the soil loosening and fertilizing device comprises a base, a soil loosening and fertilizing mechanism and a lighting watering mechanism, wherein the base comprises a bottom plate, the soil loosening and fertilizing mechanism is installed on the bottom plate, when soil is loosened, a lifting motor drives a sliding block A to slide, so that the soil loosening and fertilizing device moves to a position where soil loosening and fertilizing are convenient, and a stepping motor A drives a soil loosening rod to rotate to loosen the soil; when in fertilization, the steering engine drives the soil loosening and fertilizing device to rotate so that the fertilizing pipe vertically faces downwards, and fertilizer is pumped by the fertilizer pump and is injected into soil from the fertilizing head; when the illumination that waters, thereby drive slider B through step motor B and slide and drive the montant and remove around rare plant and make the shower nozzle encircle watering, shine the plant through the vegetation lamp and carry out photosynthesis, make rare plant growth more splendid, protected rare plant, practiced thrift the manpower, also avoided because artifical cultivation error to the harm of rare plant, realized automatic cultivation rare plant.

摘要：【中文】本申请公开了一种设备标识获取方法，该设备标识获取方法应用于第一终端设备，包括：获取标识获取指令，该标识获取指令携带待获取标识设备的串口标识，之后，根据该串口标识获取对应串口的串口位置路径，再根据该串口位置路径确定待获取标识设备的全路径，最后，根据这个全路径获取待获取标识设备的设备标识。本申请通过串口的位置路径确定待获取标识设备的全路径，从而根据全路径获取待获取标识设备的设备标识，有效解决了当多台设备同时接入电脑时，无法获取单个设备的设备标识的问题。 【EN】The application discloses a device identifier obtaining method, which is applied to a first terminal device and comprises the following steps: acquiring an identification acquisition instruction, wherein the identification acquisition instruction carries a serial port identification of an identification device to be acquired, acquiring a serial port position path of a corresponding serial port according to the serial port identification, determining a full path of the identification device to be acquired according to the serial port position path, and finally acquiring the device identification of the identification device to be acquired according to the full path. According to the method and the device, the full path of the identification device to be acquired is determined through the position path of the serial port, so that the device identification of the identification device to be acquired is acquired according to the full path, and the problem that the device identification of a single device cannot be acquired when a plurality of devices are simultaneously connected to a computer is effectively solved.

摘要：【中文】本发明涉及一种建筑构筑物废料处理设备，支架部分，支架部分包括支撑底板，支撑底板上端固定连接有两组对称的固定板，支撑底板上端一侧设有驱动电机；挤压部分，挤压部分包括进料箱，进料箱内滑动连接有挤压板，挤压板下端固定连接有连接杆，进料箱下端一侧开设有出料口，出料口另一侧设有风机；粉碎部分，粉碎部分包括外筒和内筒内筒转动连接于外筒内壁端，内筒内壁端设有推料机构，内筒内设有两组粉碎辊。本发明克服了在粉碎过程中仅对废料进行一次粉碎，容易导致部分废料未完全粉碎的情况发生，其次仅通过多组动力机构对粉碎装置提供动力支撑，浪费能源的技术问题。 【EN】The invention relates to a building structure waste treatment device, which comprises a support part, a support part and a control part, wherein the support part comprises a support bottom plate, the upper end of the support bottom plate is fixedly connected with two groups of symmetrical fixing plates, and one side of the upper end of the support bottom plate is provided with a driving motor; the extrusion part comprises a feeding box, an extrusion plate is slidably connected in the feeding box, the lower end of the extrusion plate is fixedly connected with a connecting rod, a discharge port is formed in one side of the lower end of the feeding box, and a fan is arranged on the other side of the discharge port; the crushing part comprises an outer cylinder and an inner cylinder of the inner cylinder, the outer cylinder and the inner cylinder are rotatably connected to the inner wall end of the outer cylinder, a material pushing mechanism is arranged at the inner wall end of the inner cylinder, and two groups of crushing rollers are arranged in the inner cylinder. The invention overcomes the technical problems that the situation that partial waste is not completely crushed is easily caused by only once crushing of the waste in the crushing process, and energy is wasted by only providing power support for the crushing device through a plurality of groups of power mechanisms.

摘要：【中文】本发明涉及一种建筑构筑物的废料粉碎装置，包括支架部分，支架部分包括支撑底板，支撑底板上端固定连接有两组对称的固定板，支撑底板上端一侧设有驱动电机；储料部分，储料部分包括外筒和内筒，外筒两端均固定连接于固定板相互靠近的一端，内筒转动连接于外筒内壁端，内筒内壁端设有推料机构；粉碎部分，粉碎部分包括两组粉碎辊，粉碎棍均位于内筒内部，粉碎棍两端均转动连接于固定板相互靠近的一端；本发明克服了在粉碎过程中仅对废料进行一次粉碎，容易导致部分废料未完全粉碎的情况发生，其次仅通过多组动力机构对粉碎装置提供动力支撑，浪费能源的技术问题。 【EN】The invention relates to a waste crushing device for a building structure, which comprises a bracket part, wherein the bracket part comprises a supporting bottom plate, two groups of symmetrical fixing plates are fixedly connected to the upper end of the supporting bottom plate, and a driving motor is arranged on one side of the upper end of the supporting bottom plate; the material storage part comprises an outer cylinder and an inner cylinder, two ends of the outer cylinder are fixedly connected to one ends, close to each other, of the fixing plates, the inner cylinder is rotatably connected to the inner wall end of the outer cylinder, and a material pushing mechanism is arranged at the inner wall end of the inner cylinder; the crushing part comprises two groups of crushing rollers, the crushing rollers are positioned in the inner cylinder, and two ends of each crushing roller are rotatably connected to one end, close to each other, of the fixing plate; the invention overcomes the technical problems that the situation that partial waste is not completely crushed is easily caused by only once crushing of the waste in the crushing process, and energy is wasted by only providing power support for the crushing device through a plurality of groups of power mechanisms.

摘要：【中文】本发明提供了一种用于荧光假单胞菌高产铁载体的发酵培养基及其发酵培养方法，其中发酵培养基的组分包括糊精、玉米淀粉酶解液、丁二酸、酵母粉、L‑天冬氨酸、磷酸氢二钾、磷酸二氢钾、硫酸镁、氯化钠、氯化铁、硫酸锰、吡啶醇、氯化钴、三聚磷酸钠、H₂O₂和司盘‑60。与采用常规产铁载体培养基相比，采用本发明培养基进行培养，荧光假单胞菌的生物量可提高2~3倍，铁载体含量可提高3~5倍。由此可知，本发明提供的发酵培养基在保证荧光假单胞菌生物量的同时能够显著提高其铁载体产量，进而提高荧光假单胞菌的抑菌活性，为其在生物防治上的推广应用提供了技术支持。 【EN】The invention provides a fermentation culture medium for pseudomonas fluorescens high-yield iron carrier and a fermentation culture method thereof, wherein the components of the fermentation culture medium comprise dextrin, corn starch enzymolysis liquid, succinic acid, yeast powder, L-aspartic acid, dipotassium hydrogen phosphate, potassium dihydrogen phosphate, magnesium sulfate, sodium chloride, ferric chloride, manganese sulfate, pyridinol, cobalt chloride, sodium tripolyphosphate and H₂O₂And span-60. Compared with the conventional siderophore culture medium, the culture medium provided by the invention can be used for culturing, so that the biomass of the pseudomonas fluorescens can be increased by 2-3 times, and the siderophore content can be increased by 3-5 times. Therefore, the fermentation medium provided by the invention ensures the fluorescent fake billThe yield of the siderophore of the pseudomonas fluorescens can be obviously improved while the biomass of the cytobacteria is increased, so that the bacteriostatic activity of the pseudomonas fluorescens is improved, and a technical support is provided for the popularization and the application of the pseudomonas fluorescens in biological prevention and control.

摘要：【中文】本发明公开了一种鼻炎药物及其工艺方法，特征是由中草药荆芥、牛蒡子、双花、防风、薄荷、甘草、苍耳子、霍香、天南星、皂角、炒山甲、柴胡、黄芩组成，把上述药物放入砂锅里，按药量加入清水浸泡15分钟；砂锅加水500毫升，猛火煲至沸点10分钟后，慢火煲25分钟，剩下药液量在200毫升，每日一剂，分上午煲一次，下午煲一次；汤药中加入3质量份蜂蜜搅匀，即可食用；药液服用方法，每日一剂，分2次服，10剂为一疗程，连服5个疗程。优点是：取材容易，成本低，泡制服用方便，药液效果明显，见效快。 【EN】The invention discloses a medicament for treating rhinitis and process method thereof, which is characterized in that the medicament is prepared from Chinese herbal medicines of schizonepeta, burdock, honeysuckle, divaricate saposhnikovia root, mint, liquorice, cocklebur fruit, ageratum, arisaema cum bile, Chinese honeylocust fruit, stir-fried pangolin scales, radix bupleuri and scutellaria, the medicaments are put into a marmite, and are added with clear water according to the dosage to be soaked for 15 minutes; adding 500 ml of water into the earthenware pot, boiling the mixture for 10 minutes by strong fire, then boiling the mixture for 25 minutes by slow fire, and keeping the remaining liquid medicine in 200 ml, wherein one dose of the liquid medicine is taken every day, and the liquid medicine is boiled once in the morning and once in the afternoon; 3 parts by mass of honey is added into the decoction and stirred evenly, so that the decoction can be eaten; the liquid medicine is taken one dose per day for 2 times, 10 doses are taken as one treatment course, and 5 treatment courses are continuously taken. The advantages are that: easily-accessible raw materials, low cost, convenient administration, good therapeutic effect, and rapid onset of drug action.