摘要：【中文】本公开提供了一种连接建立方法、报文传输方法、装置、设备及存储介质，BGP发言者先向BGP对等体发送包括有本地所支持的隧道封装能力的第一open消息，然后BGP对等体按预设匹配规则将第一open消息中的隧道封装能力与BGP对等体本地支持的隧道封装能力进行匹配，并将匹配出的目标隧道封装能力通告给BGP发言者，从而使得BGP发言者和BGP对等体得以按照匹配出的目标隧道封装能力建立两者间的连接。这样，BGP发言者和BGP对等体之间是基于同一种隧道封装能力建立的连接，避免了DC网络互联中设备支持能力导致的不兼容网络的出现，降低了网络运营管理上的难度，同时也不需要变更网管配置或者升级设备，降低了运营成本。 【EN】The BGP speaker firstly sends a first open message comprising tunnel encapsulation capacity supported locally to a BGP peer, then the BGP peer matches the tunnel encapsulation capacity in the first open message with the tunnel encapsulation capacity supported locally by the BGP peer according to a preset matching rule, and informs the BGP speaker of the matched target tunnel encapsulation capacity, so that the BGP speaker and the BGP peer can establish connection between the BGP speaker and the BGP peer according to the matched target tunnel encapsulation capacity. Therefore, the BGP speaker and the BGP peer are connected based on the same tunnel encapsulation capacity, the appearance of incompatible networks caused by the equipment support capacity in DC network interconnection is avoided, the difficulty in network operation management is reduced, and meanwhile, network management configuration does not need to be changed or equipment does not need to be upgraded, and the operation cost is reduced.

摘要：【中文】本发明提供一种智能化的建筑环保墙体设备，包括墙体设备，水罐，连接座，供水设备，固定座，可插接移动座结构，可除尘推动座结构，可伸缩密封座结构，可转动连接除尘管结构，第一连接管，连接软管，喷涂管，第一蛇形管，插接管，支撑杆，套接管，喷头和控制设备，所述的水罐螺栓连接在墙体设备的上端左侧。本发明移动座，插接座，顶紧螺栓，移动刹车轮和收集盒以及墙体设备的设置，有利于在墙体设备工作的过程中通过收集盒的一端接触墙壁，然后通过收集盒将工作时产生的灰尘和喷头喷出的水雾流入收集盒的内部，完成杂质收集工作，防止污染工作环境和墙边环境。 【EN】The invention provides intelligent building environment-friendly wall equipment which comprises wall equipment, a water tank, a connecting seat, water supply equipment, a fixed seat, a pluggable movable seat structure, a dust removal pushing seat structure, a telescopic sealing seat structure, a rotatable connecting dust removal tube structure, a first connecting tube, a connecting hose, a spraying tube, a first coiled tube, a plugging tube, a supporting rod, a sleeve pipe, a spray head and control equipment, wherein the water tank is connected to the left side of the upper end of the wall equipment through bolts. The movable seat, the plug socket, the puller bolt, the movable brake wheel, the collecting box and the wall equipment are arranged, so that one end of the collecting box is in contact with a wall in the working process of the wall equipment, and then dust generated in working and water mist sprayed by the spray head flow into the collecting box through the collecting box, so that the impurity collecting work is completed, and the working environment and the wall environment are prevented from being polluted.

摘要：【中文】本发明提供一种智能化的建筑施工用混凝土输送车，包括插孔，机架，支撑杆，移动底座，移动脚轮，智能无线控制开关，牵引环，带盖蓄水箱和吸浆泵。本发明混凝土导斗，拆卸盖，搅拌电机，混凝土混合斗，搅拌杆，搅拌刀片，防堵塞混合电机和搅拌龙的设置，有利于均匀搅拌混合混凝土，以保证输送效率，避免堵塞，通过混凝土导斗将混凝土置入混凝土混合斗内部，并通过智能无线控制开关控制搅拌电机和防堵塞混合电机进行动作，使得搅拌电机通过搅拌杆经由搅拌刀片对混凝土进行混合搅拌，保证搅拌均匀性，同时经过防堵塞混合电机带动搅拌龙旋转，可进行深度搅拌工作，以保证混凝土搅拌均匀性，同时保证输送效率，避免输送堵塞。 【EN】The invention provides an intelligent concrete truck for building construction, which comprises jacks, a rack, support rods, a movable base, movable trundles, an intelligent wireless control switch, a traction ring, a water storage tank with a cover and a slurry suction pump. According to the concrete guide hopper, the detachable cover, the stirring motor, the concrete mixing hopper, the stirring rod, the stirring blade, the anti-blocking mixing motor and the stirring auger are arranged, so that the concrete is uniformly stirred and mixed, the conveying efficiency is ensured, the blockage is avoided, the concrete is placed into the concrete mixing hopper through the concrete guide hopper, the stirring motor and the anti-blocking mixing motor are controlled to move through the intelligent wireless control switch, the stirring motor is enabled to mix and stir the concrete through the stirring rod and the stirring blade, the stirring uniformity is ensured, meanwhile, the stirring auger is driven to rotate through the anti-blocking mixing motor, the deep stirring work can be carried out, the concrete stirring uniformity is ensured, the conveying efficiency is ensured, and the conveying blockage is avoided.

摘要：【中文】本发明提供一种智能化的建筑节能环保装置，包括左侧支架，输送支架，旋转辊，从动轮，输送电机，主动轮，传动带，可拆卸连接架结构，废料储存装置，废料导入架结构，左侧导轮，扬尘消除装置，防护外框，控制器，电源开关和输送带，所述的左侧支架设置有两个，所述的左侧支架螺栓安装在输送支架左下部的前后两侧；所述的旋转辊设置有两个，所述的旋转辊轴接在输送支架的左右两侧。本发明纵向隔板螺栓安装在储存框内壁左侧，有利于在使用时方便输送到储存框内的粉料以及块料进行分隔；连接插块插接在储存插框的内侧，有利于根据使用所需将连接插块从储存插框内抽出，以便将该装置的左半部分与右半部分进行分离。 【EN】The invention provides an intelligent building energy-saving and environment-friendly device which comprises a left side support, a conveying support, a rotary roller, a driven wheel, a conveying motor, a driving wheel, a driving belt, a detachable connecting frame structure, a waste storage device, a waste leading-in frame structure, a left side guide wheel, a dust eliminating device, a protective outer frame, a controller, a power switch and a conveying belt, wherein the number of the left side support is two, and the left side support is arranged on the front side and the rear side of the left lower part of the conveying support through bolts; the rotary rollers are arranged in two numbers, and the rotary rollers are connected to the left side and the right side of the conveying support in a shaft connection mode. The longitudinal clapboard bolt is arranged on the left side of the inner wall of the storage frame, so that the powder and the lump material which are conveniently conveyed into the storage frame can be conveniently separated when the storage frame is used; the connecting plug is inserted into the inner side of the storage plug frame, so that the connecting plug can be conveniently drawn out of the storage plug frame according to use requirements, and the left half part and the right half part of the device can be conveniently separated.

摘要：【中文】一种N,N‑二正丙基‑2‑丙氧基乙胺，分子式为C₁₁H₂₅NO，制备方法包括以下步骤：将氯乙基丙基醚作为原料升温至100～180℃，加入另一原料二正丙胺保温反应8～20h，冷却至室温后，加入碱的水溶液调节pH至8～10，分层后收集有机层进行减压蒸馏，得到产物N,N‑二正丙基‑2‑丙氧基乙胺。本发明将N,N‑二正丙基‑2‑丙氧基乙胺作为助剂应用于丙草胺关键中间体的合成，解决中间体2,6‑二乙基‑N‑(2‑丙氧基乙基)苯胺合成时，反应体系流动性较低，目标产物的选择性与收率不高的问题。 【EN】N, N-di-N-propyl-2-propoxyethylamine with molecular formula of C₁₁H₂₅NO, the preparation method comprises the following steps: heating chloroethyl propyl ether serving as a raw material to 100-180 ℃, adding another raw material of di-N-propylamine, keeping the temperature, reacting for 8-20 h, cooling to room temperature, adding an alkali aqueous solution, adjusting the pH to 8-10, collecting an organic layer after layering, and carrying out reduced pressure distillation to obtain a product N, N-di-N-propyl-2-propoxyethylamine. The invention applies N, N-di-N-propyl-2-propoxyethylamine as an auxiliary agent to the synthesis of a pretilachlor key intermediate, and solves the problems of low fluidity of a reaction system and low selectivity and yield of a target product when the intermediate 2, 6-diethyl-N- (2-propoxyethyl) aniline is synthesized.

摘要：【中文】本申请涉及一种制备抗菌性硅烷改性密封胶的方法，其包括下述步骤：(1)：在第一温度下，均匀混合增塑剂及第一填料助剂，且在真空条件下对混合物体系进行负压脱水，得到第一反应混合物；(2)：在第二温度下，均匀混合第一反应混合物、抗菌硅烷改性聚合物及第二填料助剂，得到第二反应混合物；(3)：在第三温度下，均匀混合第二反应混合物、催化剂及增塑剂，得到所述抗菌性硅烷改性防密封胶。本申请还涉及通过如上所述的方法制备的抗菌性硅烷改性密封胶。本申请还涉及如上所述的抗菌性硅烷改性密封胶的固化方法。本申请的抗菌性硅烷改性密封胶抗菌性能优异持久，所述抗菌性硅烷改性密封胶在空气中潮气固化养护一周,凝胶的防霉等级为0级或1级。 【EN】The application relates to a method for preparing an antibacterial silane modified sealant, which comprises the following steps: (1): uniformly mixing a plasticizer and a first filler aid at a first temperature, and carrying out negative pressure dehydration on a mixture system under a vacuum condition to obtain a first reaction mixture; (2): uniformly mixing the first reaction mixture, the antibacterial silane modified polymer and the second filler aid at a second temperature to obtain a second reaction mixture; (3): and uniformly mixing the second reaction mixture, the catalyst and the plasticizer at a third temperature to obtain the antibacterial silane modified anti-sealing glue. The application also relates to an antibacterial silane modified sealant prepared by the method. The application also relates to a curing method of the antibacterial silane modified sealant. The antibacterial silane modified sealant has excellent and lasting antibacterial performance, is cured and maintained for one week under the action of moisture in the air, and has the mildew-proof grade of 0 or 1.

摘要：【中文】本发明涉及一种基于视频监控的早期烟雾检测方法，包括下列步骤：从监控平台读取视频信息流，采用子码流的形式，并将信息流转为视频帧图像的格式；采用ViBe背景建模方法方法对帧图像进行背景建模，通过保守背景更新策略与前景点计数方法对之后的帧图像进行处理，提取出前景像素点区域，并实时的对背景模型进行更新；从对应的视频帧截取前景区域原图；然后送到训练好的深度神经网络，从而实现对烟雾的判断。 【EN】The invention relates to an early smoke detection method based on video monitoring, which comprises the following steps: reading a video information stream from a monitoring platform, adopting a subcode stream form, and converting the information stream into a video frame image format; performing background modeling on the frame image by adopting a ViBe background modeling method, processing the subsequent frame image by adopting a conservative background updating strategy and a foreground point counting method, extracting a foreground pixel point region, and updating a background model in real time; intercepting original images of foreground areas from corresponding video frames; and then the smoke is sent to a trained deep neural network, so that the smoke is judged.

摘要：【中文】本发明公开了一种电器实现扫码支付的系统，包括电器设备本体、远程服务器，所述电器设备本体的内部固定连接有支付控制器，所述电器设备本体与支付控制器电性连接，所述电器设备本体的外壁固定设置有二维码，所述二维码与支付控制器相互关联，所述支付控制器与远程服务器通讯连接；本发明在支付控制器与远程服务器的通讯层面，采用了长连接双向通讯的方式，在电器设备使用高峰期提升支付控制器的心跳包的发送与接收频次，以提升掉网监测的能力，保障用户使用效果，降低用户付款后电器设备本体不启动的概率，在电器设备使用的低谷期则可降低心跳包的频次以达到节省流量的目的。 【EN】The invention discloses a system for realizing code scanning payment of an electric appliance, which comprises an electric appliance body and a remote server, wherein a payment controller is fixedly connected inside the electric appliance body, the electric appliance body is electrically connected with the payment controller, a two-dimensional code is fixedly arranged on the outer wall of the electric appliance body, the two-dimensional code is correlated with the payment controller, and the payment controller is in communication connection with the remote server; in the communication layer of the payment controller and the remote server, the invention adopts a long-connection bidirectional communication mode, improves the sending and receiving frequency of the heartbeat packet of the payment controller in the peak period of the use of the electrical equipment so as to improve the capability of off-line monitoring, ensures the use effect of a user, reduces the probability that the electrical equipment body is not started after the user pays, and reduces the frequency of the heartbeat packet in the valley period of the use of the electrical equipment so as to achieve the purpose of saving flow.

摘要：【中文】本发明公开了一种无人驾驶工程作业设备的遥控控制系统，包括远程控制信号发射模块、信号接收处理模块、车载控制终端、横向遥控控制模块、纵向遥控控制模块；车载控制终端包括IO信号读取模块、IO信号解析模块、状态机模块和CAN通信模块，IO信号读取模块实时读取车载控制终端IO引脚的高低电平变化，状态机模块内部搭建了无人驾驶工程作业设备的横、纵向运动的控制指令，IO信号解析模块解析得到的指令作为状态机模块的触发指令，当状态机内部的相应控制指令被触发后就会通过CAN通信模块向横向控制模块、纵向控制模块发送相应的指令。该系统采用遥控装置、MCU、继电器结合起来，通过IO信号来精确的控制无人驾驶工程作业设备横纵向运动状态的改变。 【EN】The invention discloses a remote control system of unmanned engineering operation equipment, which comprises a remote control signal transmitting module, a signal receiving and processing module, a vehicle-mounted control terminal, a transverse remote control module and a longitudinal remote control module, wherein the remote control signal transmitting module is used for transmitting a remote control signal to the vehicle-mounted control terminal; the vehicle-mounted control terminal comprises an IO signal reading module, an IO signal analyzing module, a state machine module and a CAN communication module, the IO signal reading module reads the high-low level change of an IO pin of the vehicle-mounted control terminal in real time, a horizontal and longitudinal movement control instruction of the unmanned engineering operation equipment is built inside the state machine module, the instruction obtained by the IO signal analyzing module is analyzed to be used as a trigger instruction of the state machine module, and when the corresponding control instruction inside the state machine is triggered, the corresponding instruction is sent to the horizontal control module and the longitudinal control module through the CAN communication module. The system combines a remote control device, an MCU and a relay, and accurately controls the change of the transverse and longitudinal motion states of the unmanned engineering operation equipment through IO signals.

摘要：【中文】预制墩柱与预制盖梁预加力法快速连接构造，以显著提高预制墩柱与预制盖梁之间的连接性能，为标准化、工厂化、机械化施工盖梁墩柱提供技术支撑。预制盖梁在连接部位上间隔设置贯穿其顶面与底面的竖向开孔，预制墩柱的顶面上设置与竖向开孔相对应的竖向沉槽，各竖向沉槽内设置延伸入对应竖向开孔内的套筒，预制盖梁底面与预制墩柱的顶面之间设置定位结构。由竖向开孔上端口向竖向沉槽及竖向开孔内灌注高强度快速凝固填充料形成填充体，张拉套筒内的预加力线材对填充体施加预应力将预制盖梁、预制墩柱牢固连接为一体。 【EN】The precast pier stud and the precast capping beam are quickly connected by a prestressing method, so that the connection performance between the precast pier stud and the precast capping beam is obviously improved, and technical support is provided for the standardized, industrialized and mechanized construction of the capping beam pier stud. The prefabricated capping beam is provided with vertical holes penetrating through the top surface and the bottom surface of the prefabricated capping beam at intervals on the connecting part, vertical sinking grooves corresponding to the vertical holes are formed in the top surface of the prefabricated pier stud, sleeves extending into the corresponding vertical holes are arranged in the vertical sinking grooves, and a positioning structure is arranged between the bottom surface of the prefabricated capping beam and the top surface of the prefabricated pier stud. And high-strength quick-setting filler is poured into the vertical sinking groove and the vertical opening from the upper port of the vertical opening to form a filler, and the prestress is applied to the filler by the prestress wire in the tensioning sleeve to firmly connect the prefabricated capping beam and the prefabricated pier stud into a whole.