摘要：【中文】本发明公开了一种智能灭火控制柜及控制系统，控制柜包括：存储模块、扩音器、网络模块、显示装置、控制模块、功能按键及演示系统；其中存储模块用于存储需在演示系统进行展示的演示文件、远程控制台发送的火情信息；功能按键用于选择演示文件，通过控制模块在存储模块中调取所选择的演示文件在显示装置上进行显示，同时利用扩音器进行播放；网络模块，用于实现控制柜与远程控制台之间的数据通信。本发明提供的智能灭火控制柜及系统，可以帮助提升大众对灭火系统的认知水平，对火情能快速响应、实时决策，并及时消除故障。 【EN】The invention discloses an intelligent fire extinguishing control cabinet and a control system, wherein the control cabinet comprises: the device comprises a storage module, a loudspeaker, a network module, a display device, a control module, function keys and a demonstration system; the storage module is used for storing demonstration files to be displayed in the demonstration system and fire information sent by the remote control console; the function keys are used for selecting a demonstration file, calling the selected demonstration file from the storage module through the control module to be displayed on the display device, and playing the demonstration file by using the loudspeaker; and the network module is used for realizing data communication between the control cabinet and the remote control console. The intelligent fire extinguishing control cabinet and the intelligent fire extinguishing control system provided by the invention can help to improve the cognitive level of the public on the fire extinguishing system, can quickly respond to the fire, can make a decision in real time, and can eliminate faults in time.

摘要：【中文】本发明属于喷嘴技术领域，具体涉及一种可气泡协同雾化的喷嘴，包括壳体，具有至少一个进液口和与进液口连通的至少一个喷射口；至少一条旋流流道，连通在进液口和喷射口之间；至少一条注气通道，一端与旋流流道的位于进液口和喷射口中间的流道本体连通，另一端适于与气源连通。在进液口与喷射口之间设置旋流流道及注气通道，流体进入旋流流道产生旋流过程中注入雾化气体，雾化气体与流体相遇后沿着旋流流道继续旋转混合，产生均匀稳定的气泡两相流，气泡在喷射口时由于压力降低，膨胀破碎，使得周围液体因气泡的剪切、破碎作用，形成细水雾；在旋流过程中注入雾化气体，有效降低雾化气体与流体混合时动量损失，提高雾化效率和雾化效果。 【EN】The invention belongs to the technical field of nozzles, and particularly relates to a nozzle capable of realizing synergistic atomization of bubbles, which comprises a shell and a nozzle body, wherein the shell is provided with at least one liquid inlet and at least one jet orifice communicated with the liquid inlet; at least one rotational flow channel communicated between the liquid inlet and the jet orifice; and one end of the at least one gas injection channel is communicated with the channel body of the rotational flow channel, which is positioned between the liquid inlet and the jet orifice, and the other end of the at least one gas injection channel is suitable for being communicated with a gas source. A rotational flow channel and a gas injection channel are arranged between the liquid inlet and the jet orifice, fluid enters the rotational flow channel to generate rotational flow, and atomizing gas is injected in the rotational flow process, the atomizing gas and the fluid meet and then continue to rotate and mix along the rotational flow channel to generate uniform and stable bubble two-phase flow, and the bubbles expand and break due to pressure reduction when passing through the jet orifice, so that surrounding liquid forms fine water mist due to shearing and breaking effects of the bubbles; and atomized gas is injected in the rotational flow process, so that the momentum loss when the atomized gas and fluid are mixed is effectively reduced, and the atomization efficiency and the atomization effect are improved.

摘要：【中文】本发明提供了一种用于涡扇炮的智能自动瞄准灭火系统，包括：图像型火焰探测器，根据采集的图像信息识别火灾，当识别出火灾时生成火焰空间坐标和报警信息，传送至图像型瞄准器；图像型瞄准器安装固定在涡扇炮上，根据接收到的火焰空间坐标和报警信息，驱动涡扇炮运动，实时采集分析火灾现场的火源信息，使涡扇炮瞄准定位火源，根据瞄准定位到的火源信息生成驱动指令，发送至涡扇炮喷射控制装置；涡扇炮喷射控制装置，依据所述驱动指令驱动涡扇炮喷射水雾实施灭火。通过实施本发明，能够自动定位瞄准火灾中心区域，指挥涡扇炮喷射，依据涡扇炮水流参数及火焰运动特征，实时调节灭火系统，实现火灾准确识别、精准瞄准、有效喷射及抑制火灾。 【EN】The invention provides an intelligent automatic aiming fire extinguishing system for a turbofan cannon, which comprises: the image type flame detector identifies a fire according to the acquired image information, generates flame space coordinates and alarm information when identifying the fire, and transmits the flame space coordinates and the alarm information to the image type sighting device; the image type sighting device is fixedly arranged on the turbofan cannon, the turbofan cannon is driven to move according to the received flame space coordinate and alarm information, the fire source information of a fire scene is collected and analyzed in real time, the turbofan cannon is enabled to aim at and position a fire source, a driving instruction is generated according to the aimed and positioned fire source information, and the driving instruction is sent to the turbofan cannon injection control device; and the turbofan cannon injection control device drives the turbofan cannon to inject water mist to extinguish fire according to the driving command. By implementing the invention, the central area of the fire can be automatically positioned and aimed, the turbofan cannon can be commanded to jet, the fire extinguishing system can be adjusted in real time according to the water flow parameters and the flame motion characteristics of the turbofan cannon, and the accurate identification, accurate aiming, effective jetting and fire suppression of the fire are realized.

摘要：【中文】本发明公开了一种阀厅用灭火机器人及阀厅消防系统，阀厅用灭火机器人，包括预设在阀厅内的：灭火机器人本体，包括：行走机构、灭火炮、通讯机构，以及控制机构；线缆收纳机构，包括：底座、受驱动地沿水平方向转动设置在底座上的转动台，以及设置在转动台上的电缆自动卷盘和/或灭火剂管自动卷盘；电缆自动卷盘和/或灭火剂管自动卷盘其二者分别与灭火机器人本体相连；灭火剂管自动卷盘受驱动的自动收纳水管，和/或电缆自动卷盘受驱动的自动收纳电缆线。通过上述与灭火机器人本体相配合的线缆收纳机构，可以有效地解决现有技术中的灭火机器人其灭火剂供应不足，其灭火能力不足，无法满足阀厅消防要求的问题。 【EN】The invention discloses a fire-extinguishing robot for a valve hall and a fire-extinguishing system for the valve hall, wherein the fire-extinguishing robot for the valve hall comprises a fire-extinguishing robot body, a fire-extinguishing robot body and a fire-extinguishing robot body, wherein the fire-extinguishing robot body is pre-arranged in the valve hall: fire-fighting robot body, includes: the fire extinguishing gun comprises a traveling mechanism, an extinguishing gun, a communication mechanism and a control mechanism; a cable take-up mechanism comprising: the automatic fire extinguishing device comprises a base, a rotating platform which is driven to rotate in the horizontal direction and is arranged on the base, and an automatic cable reel and/or an automatic fire extinguishing agent pipe reel which are arranged on the rotating platform; the automatic cable reel and/or the automatic fire extinguishing agent pipe reel are/is respectively connected with the fire extinguishing robot body; an automatic fire extinguishing agent pipe reel driven automatic storage water pipe, and/or an automatic cable reel driven automatic storage cable. Through the above-mentioned cable containing mechanism with fire-fighting robot body matched with, its fire extinguishing agent supply of fire-fighting robot among the prior art can be solved effectively is not enough, and its fire extinguishing ability is not enough, can't satisfy the problem of valve hall fire control requirement.

摘要：【中文】本发明涉及基于BIM技术的土方开挖边坡形状与土方量计算方法，属于计算机技术应用，包括运用三维建模、基于BIM软件做边坡形状与土方量分析，基于BIM能够在基坑开挖模拟过程中发现问题及时调整开挖边坡范围与形状，获取较为合适的用于施工的相关数据，使得施工能够快速准确的进行，能提高复杂形状或分层开挖基坑算量准确率和效率。 【EN】The invention relates to a BIM (building information modeling) technology-based method for calculating the shape of an earth excavation side slope and the amount of earth, which belongs to the application of computer technology and comprises the steps of applying three-dimensional modeling and analyzing the shape of the side slope and the amount of earth based on BIM software.