摘要：【中文】本发明针对现有技术中电梯门板结构强度差、隔音效果差、清理繁琐的弊端，提供一种综合性能电梯门板，属于电梯技术领域，包括设有条形滑槽的门地槛，门地槛上设有两扇电梯门，所述电梯门包括门板，门板的左右两侧分别设有一个弯折部，其中一个电梯门上的其中一个弯折部上设有限位凹槽，另一个电梯门上的其中一个弯折部上设有限位凸条；所述门板上下两端分别固定设有封头；所述门板上还固定设有至少两根加强横档，相邻加强横档之间填充有吸音材料；所述门板下方固定设有能在条形滑槽内滑动的滑动连接件；所述滑动连接件上固定设有毛刷。本发明具有良好的结构强度，且具备良好的隔音效果以及能够实现自动清理门地槛上的条形滑槽。 【EN】The invention provides a comprehensive performance elevator door plate aiming at the defects of poor structure strength, poor sound insulation effect and complex cleaning of an elevator door plate in the prior art, belongs to the technical field of elevators, and comprises a door sill with a strip-shaped sliding groove, wherein two elevator doors are arranged on the door sill, each elevator door comprises a door plate, the left side and the right side of each door plate are respectively provided with a bending part, one bending part on one elevator door is provided with a limiting groove, and one bending part on the other elevator door is provided with a limiting convex strip; the upper end and the lower end of the door plate are respectively fixedly provided with a seal head; the door plate is also fixedly provided with at least two reinforcing crosspieces, and sound-absorbing materials are filled between the adjacent reinforcing crosspieces; a sliding connecting piece capable of sliding in the strip-shaped sliding chute is fixedly arranged below the door panel; and a hairbrush is fixedly arranged on the sliding connecting piece. The invention has good structural strength, good sound insulation effect and can realize automatic cleaning of the strip-shaped sliding groove on the doorsill.

摘要：【中文】本发明公开了一种多功能智能消防应急系统，本发明包括安装于楼宇内部各个出入口及关键位置的智能消防应急灯，智能消防应急灯实时检测楼宇的振动状态，通道内的温度值及烟雾浓度，并在智能消防应急灯就地显示；监控室接收所有智能消防应急灯上传检测数据，实现对楼宇的立体化式全覆盖信息展示。监控室显示各项检测数据，依据设备自身状态信息，对存在故障的智能消防应急灯进行及时维修与更换，基于智能消防应急灯检测数据构建楼宇健康状态，并结合极限学习机神经网络算法实现对未来一段时间建筑健康状态的预判，当预判有灾害发生时，将警情发送至各个智能消防应急灯，同时将警情发送到相关部门，提高灾害发生时救援效率。 【EN】The invention discloses a multifunctional intelligent fire-fighting emergency system, which comprises intelligent fire-fighting emergency lamps arranged at each entrance and exit and key positions in a building, wherein the intelligent fire-fighting emergency lamps are used for detecting the vibration state of the building, the temperature value and the smoke concentration in a channel in real time and displaying the temperature value and the smoke concentration on site; the monitoring room receives the detection data uploaded by all the intelligent fire-fighting emergency lamps, and three-dimensional full-coverage information display of the building is achieved. The monitoring room displays various detection data, the intelligent fire-fighting emergency lamp with faults is maintained and replaced in time according to the state information of the equipment, the building health state is established based on the detection data of the intelligent fire-fighting emergency lamp, the early judgment of the building health state in a future period is realized by combining the neural network algorithm of the extreme learning machine, when a disaster occurs in the early judgment, the alarm is sent to the intelligent fire-fighting emergency lamps, meanwhile, the alarm is sent to related departments, and the rescue efficiency is improved when the disaster occurs.

摘要：【中文】本发明公开了一种多用途节能消防应急灯。该灯包括有外壳以及安装在外壳内的微处理器。所述微处理器采用低功耗430系列嵌入式单片机，光强传感模块、电压检测电路实时检测设备内部的电源电压以及LED灯亮度，微处理器接收检测结果并判断设备是否正常工作，红外传感模块、烟雾传感模块、振动传感模块则实现对建筑内温度、烟雾浓度及振动烈度的实时检测，微处理器接收到数据通过OLED显示屏实时显示，同时通过无线通讯模块上传至监控中心。在灾害发生时，本发明将安全逃离指示箭头与声光提醒均结合在一起，从而指引逃生人员有序撤离；在正常工作及应急状态下，可以实现多种不同情形下的工作模式自切换，实现能耗的降低以及资源的最大利用。 【EN】The invention discloses a multipurpose energy-saving fire-fighting emergency lamp. The lamp includes a housing and a microprocessor mounted within the housing. The intelligent building monitoring system is characterized in that the microprocessor adopts a low-power-consumption 430-series embedded single chip microcomputer, the light intensity sensing module and the voltage detection circuit detect the power supply voltage and the brightness of the LED lamp in the equipment in real time, the microprocessor receives detection results and judges whether the equipment works normally, the infrared sensing module, the smoke sensing module and the vibration sensing module realize real-time detection of the temperature, the smoke concentration and the vibration intensity in the building, and the microprocessor receives data, displays the data in real time through the OLED display screen and uploads the data to the monitoring center through the wireless communication module. When a disaster occurs, the safe escape indication arrow and the acousto-optic reminding are combined together, so that escape personnel are guided to evacuate orderly; under normal working and emergency states, the self-switching of working modes under various different conditions can be realized, and the reduction of energy consumption and the maximum utilization of resources are realized.

摘要：【中文】一种电泵汽泵自动切换控制方法、设备及存储介质。本申请公开了一种超临界机组给水系统中电泵汽泵自动切换控制方法，当接收到切换指令且确定出机组的运行参数不符合要求时，就及时发送停止指令；否则就控制打开冷再至辅汽联箱的调门和汽泵中间抽头电动门；然后再控制增加汽泵转速，将各器件的工作模式进行调节；再反复循环控制调节电泵再循环调阀，直至电泵出口压力低于给水母管压力1MPa；最后再对汽泵给水流量设定值和工作方式进行判断，以将电泵再循环调阀开至100％，将电泵勺管关至8％。上述方法可通过程序实现，无需再通过人工手动实现。本方法可降低锅炉给水流量的控制难度和不可控因素，提高切换成功率、操作量小。另外，本申请还对应提供了控制设备和可读存储介质，效果如上。 【EN】An automatic switching control method for electric pump and steam pump, its equipment and storage medium are disclosed. The application discloses an automatic switching control method for an electric pump and a steam pump in a supercritical unit water supply system, wherein when a switching instruction is received and the operating parameters of a unit are determined not to meet requirements, a stopping instruction is sent in time; otherwise, controlling to open an adjusting valve of the cold-steam secondary steam header and an electric valve of a middle tap of the steam pump; then controlling and increasing the rotating speed of the air pump, and adjusting the working mode of each device; the electric pump is controlled and regulated in a recycling mode until the pressure of the outlet of the electric pump is 1MPa lower than the pressure of the water supply main pipe; and finally, judging the set value and the working mode of the water supply flow of the steam pump so as to open the recirculation regulating valve of the electric pump to 100 percent and close the scoop pipe of the electric pump to 8 percent. The method can be realized by a program without manual operation. The method can reduce the control difficulty and uncontrollable factors of the boiler feed water flow, improve the switching success rate and reduce the operation amount. In addition, the application also correspondingly provides the control device and the readable storage medium, and the effects are as above.