摘要：【中文】本发明实施例涉及电梯技术领域，公开了一种电梯控制方法、装置及计算机可读存储介质，电梯控制方法包括：获取电梯门反向运行时的起始位置；根据起始位置、初始开门速度曲线中的开门到位点计算第一比例，并根据第一比例缩小第一初始特征参数，得到第一特征参数；根据起始位置、初始关门速度曲线中的关门到位点计算第二比例，并根据第二比例缩小第二初始特征参数，得到第二特征参数；根据第一特征参数在电梯关闭电梯门的中途控制电梯打开电梯门，根据第二特征参数在电梯打开电梯门的中途控制电梯关闭电梯门。本发明提供的电梯控制方法、装置及计算机可读存储介质能够在降低电梯调试的难度的同时，提高电梯的安全性。 【EN】The embodiment of the invention relates to the technical field of elevators, and discloses an elevator control method, an elevator control device and a computer readable storage medium, wherein the elevator control method comprises the following steps: acquiring an initial position of the elevator door in reverse operation; calculating a first proportion according to the initial position and the door opening arrival point in the initial door opening speed curve, and reducing the first initial characteristic parameter according to the first proportion to obtain a first characteristic parameter; calculating a second proportion according to the initial position and the door closing position point in the initial door closing speed curve, and reducing a second initial characteristic parameter according to the second proportion to obtain a second characteristic parameter; and controlling the elevator to open the elevator door in the midway of the elevator closing according to the first characteristic parameter, and controlling the elevator to close the elevator door in the midway of the elevator opening according to the second characteristic parameter. The elevator control method, the elevator control device and the computer readable storage medium provided by the invention can reduce the difficulty of elevator debugging and improve the safety of the elevator.

摘要：【中文】本发明实施例涉及电梯技术领域，公开了一种电梯控制方法、装置及计算机可读存储介质，所述电梯控制方法包括：判断是否存在关门受阻记忆点，在判定存在所述关门受阻记忆点时，根据所述关门受阻记忆点、初始关门速度曲线中的电梯门关门到位点计算第一比例；根据所述第一比例缩小所述初始关门速度曲线中用于表征电梯门关门运行状态的第一初始特征参数，得到第一特征参数；根据所述第一特征参数控制所述电梯门以预设爬行速度到达所述关门受阻记忆点。本发明提供的电梯控制方法、装置及计算机可读存储介质能够提高电梯的安全性，延长电梯的使用寿命。 【EN】The embodiment of the invention relates to the technical field of elevators, and discloses an elevator control method, an elevator control device and a computer readable storage medium, wherein the elevator control method comprises the following steps: judging whether a door closing resistance memory point exists or not, and calculating a first proportion according to the door closing resistance memory point and an elevator door closing to position point in an initial door closing speed curve when the door closing resistance memory point is judged to exist; reducing a first initial characteristic parameter used for representing the door closing running state of the elevator door in the initial door closing speed curve according to the first proportion to obtain a first characteristic parameter; and controlling the elevator door to reach the door closing resistance memory point at a preset crawling speed according to the first characteristic parameter. The elevator control method, the elevator control device and the computer readable storage medium provided by the invention can improve the safety of the elevator and prolong the service life of the elevator.

摘要：【中文】本发明属于建筑领域，公开了一种集成保温的双面叠合墙板及施工方法，双面叠合墙板包括两个以上的预制双面叠合构件、保温板和现浇段，所述保温板设置在相邻的两个预制双面叠合构件之间，并与预制双面叠合构件的外保温层密封拼接；现浇段通过在相邻两个预制双面叠合构件、所述保温板及可拆卸模板形成的容纳腔内浇筑混凝土形成，以连接相邻的两个所述预制双面叠合构件。本发明的外保温层设置在外叶板的外侧，外叶板和内叶板通过钢筋笼连接，防止外叶板脱落，保温板与外保温层密封拼接，使得位于墙体外侧的保温板可形成一层封闭的保温层，以提高整个建筑物的保温隔热效果。 【EN】The invention belongs to the field of buildings and discloses an integrated heat-insulating double-sided superposed wallboard and a construction method thereof, wherein the double-sided superposed wallboard comprises more than two prefabricated double-sided superposed components, a heat-insulating board and a cast-in-place section, and the heat-insulating board is arranged between two adjacent prefabricated double-sided superposed components and is in sealed splicing with an outer heat-insulating layer of the prefabricated double-sided superposed components; the cast-in-place section is formed by pouring concrete in a containing cavity formed by the two adjacent prefabricated double-faced superposed components, the heat insulation plate and the detachable formwork so as to connect the two adjacent prefabricated double-faced superposed components. The outer heat insulation layer is arranged on the outer side of the outer blade plate, the outer blade plate is connected with the inner blade plate through the reinforcement cage, the outer blade plate is prevented from falling off, and the heat insulation plate is in sealed splicing with the outer heat insulation layer, so that the heat insulation plate positioned on the outer side of a wall body can form a closed heat insulation layer, and the heat insulation effect of the whole building is improved.

摘要：【中文】本发明公开了一种基于DeviceNet现场总线的通用变频器控制模块，属于通信控制的技术领域，包括输入输出接口、嵌入式处理器、DevcieNet协议转换模块、DevcieNet网络接口，所述输入输出接口一端外接有变频器，另一端与嵌入式处理器连接，嵌入式处理器与DevcieNet协议转换模块通信连接，DevcieNet协议转换模块与DevcieNet网络接口通信连接并通过DevcieNet网络接口与DevcieNet网络通信，由于具有数字量和模拟量输入输出接口，通过简单的连接方式直接连接变频器，并将其控制信号转为DeviceNet现场总线控制信号，可方便的接入所有支持DevcieNet现场总线的PLC系统实现自动控制。 【EN】The invention discloses a universal frequency converter control module based on DeviceNet field bus, belonging to the technical field of communication control, comprising an input/output interface, an embedded processor, a DeviceNet protocol conversion module and a DeviceNet network interface, wherein one end of the input/output interface is externally connected with a frequency converter, the other end is connected with the embedded processor, the embedded processor is in communication connection with the DeviceNet protocol conversion module, the DeviceNet protocol conversion module is in communication connection with the DeviceNet network interface and is in communication with the DeviceNet network through the DeviceNet network interface, and due to the digital quantity and analog quantity input/output interface, the frequency converter is directly connected through a simple connection mode, and the control signal is converted into a DeviceNet field bus control signal, so that the universal frequency converter control module can be conveniently accessed into all PLC systems supporting the DeviceNet field bus to realize automatic control.

摘要：【中文】本发明属于建筑外墙领域，公开了一种预制叠合构件及其生产方法以及预制叠合墙体及其施工方法。一种预制叠合构件，包括：相互连接的饰面板和保温板；与内叶板连接的钢筋笼；将保温板与内叶板相互连接的多个连接组件，保温板与内叶板之间形成空腔，钢筋笼部分地位于空腔内；连接组件包括设置于保温板内的内置部件，以及与内置部件连接的组装部件；组装部件部分地设置于内叶板内部，部分位于空腔内；组装部件还包括与内置部件连接的第一连接段；以及与第一连接段相连的内侧限位件，内侧限位件位于空腔内并抵住保温板，内侧限位件直径大于与其两侧连接的部分。本发明方案解决了双面叠合外墙的保温和外饰面集成问题，且生产和施工工艺简单高效。 【EN】The invention belongs to the field of building exterior walls, and discloses a prefabricated superposed member and a production method thereof, a prefabricated superposed wall and a construction method thereof. A prefabricated building element comprising: the veneer and the heat insulation board are connected with each other; the reinforcement cage is connected with the inner blade plate; the heat insulation plate and the inner blade plates form a cavity, and the reinforcement cage is partially positioned in the cavity; the connecting assembly comprises a built-in component arranged in the heat insulation board and an assembling component connected with the built-in component; the assembly part is partially arranged inside the inner blade plate, and is partially positioned in the cavity; the assembly component further comprises a first connecting section connected with the built-in component; and the inner side limiting part is connected with the first connecting section, is positioned in the cavity and abuts against the heat insulation plate, and the diameter of the inner side limiting part is larger than that of the part connected with the two sides of the inner side limiting part. The scheme of the invention solves the problems of heat preservation and exterior decoration integration of the double-sided laminated exterior wall, and the production and construction process is simple and efficient.

摘要：【中文】本申请涉及一种变压器有源降噪设备及变压器噪声在线监测系统，该设备包括误差传感器、自适应反馈控制系统和次级声源，误差传感器用于采集所处坏境中变压器的噪声信号，并将噪声信号发送至自适应反馈控制系统，自适应反馈控制系统根据接收的噪声信号分析得到环境噪声数据，根据环境噪声数据采用基本粒子群算法进行次级声源的参数优化，得到有源降噪信号发送至次级声源，以控制次级声源的次级声源的功率和发声精度满足有源降噪的要求，能够有效降低变压器噪音，提高了变压器有源降噪的可靠性。 【EN】The utility model relates to an equipment and transformer noise on-line monitoring system of making an uproar falls in transformer active, this equipment includes error sensor, self-adaptation feedback control system and secondary sound source, error sensor is used for gathering the noise signal of transformer in the place of environment, and with noise signal transmission to self-adaptation feedback control system, self-adaptation feedback control system obtains ambient noise data according to the noise signal analysis of receiving, adopt basic particle swarm optimization to carry out the parameter optimization of secondary sound source according to ambient noise data, it sends to secondary sound source to obtain the active signal of making an uproar and fall, satisfy the active requirement of making an uproar of falling with the power and the vocal precision of the secondary sound source of control secondary sound source, can effectively reduce the transformer noise, the active reliability of making an uproar falls in the transformer has.

摘要：【中文】本发明属于建筑领域，公开了一种集成保温的双面叠合墙板及施工方法，双面叠合墙板包括两个以上的预制双面叠合构件、保温板和现浇段，所述保温板设置在相邻的两个预制双面叠合构件之间，并与预制双面叠合构件的外保温层密封拼接；现浇段通过在相邻两个预制双面叠合构件、所述保温板及可拆卸模板形成的容纳腔内浇筑混凝土形成，以连接相邻的两个所述预制双面叠合构件。本发明的外保温层设置在外叶板的外侧，外叶板和内叶板通过钢筋笼连接，防止外叶板脱落，保温板与外保温层密封拼接，使得位于墙体外侧的保温板可形成一层封闭的保温层，以提高整个建筑物的保温隔热效果。 【EN】The invention belongs to the field of buildings and discloses an integrated heat-insulating double-sided superposed wallboard and a construction method thereof, wherein the double-sided superposed wallboard comprises more than two prefabricated double-sided superposed components, a heat-insulating board and a cast-in-place section, and the heat-insulating board is arranged between two adjacent prefabricated double-sided superposed components and is in sealed splicing with an outer heat-insulating layer of the prefabricated double-sided superposed components; the cast-in-place section is formed by pouring concrete in a containing cavity formed by the two adjacent prefabricated double-faced superposed components, the heat insulation plate and the detachable formwork so as to connect the two adjacent prefabricated double-faced superposed components. The outer heat insulation layer is arranged on the outer side of the outer blade plate, the outer blade plate is connected with the inner blade plate through the reinforcement cage, the outer blade plate is prevented from falling off, and the heat insulation plate is in sealed splicing with the outer heat insulation layer, so that the heat insulation plate positioned on the outer side of a wall body can form a closed heat insulation layer, and the heat insulation effect of the whole building is improved.

摘要：【中文】本发明公开一种密集人群应急疏散方法，其中，该方法包括：获取建筑物内各逃生通道处的实时人流信息；根据各逃生通道处的人流信息，分别分析建筑物各逃生通道内的人流密度；根据预存的建筑物结构信息及各逃生通道的结构分布信息，并结合各逃生通道内的人流密度，确定疏散路线；分别向各个输出终端传输并公告所述疏散路线。在密集人群聚集场所发生事故时，本发明可干预并帮助大规模群众有序疏散逃脱，进行风险报警，检测被困人员并方便实施救援等功能，避免密集人群逃生时的单一性和盲目性，以减少突发事故的人员伤亡。 【EN】The invention discloses an emergency evacuation method for dense crowds, which comprises the following steps: acquiring real-time people flow information at each escape passage in a building; according to the people flow information at each escape passage, respectively analyzing the people flow density in each escape passage of the building; determining evacuation routes according to pre-stored building structure information and structure distribution information of each escape channel and by combining people flow density in each escape channel; and transmitting and announcing the evacuation route to each output terminal respectively. When an accident occurs in a dense crowd gathering place, the invention can intervene and help large-scale crowds to evacuate and escape orderly, perform the functions of risk alarm, detect trapped people and conveniently implement rescue and the like, and avoid the singleness and blindness of the dense crowd during escape so as to reduce casualties of the sudden accident.

摘要：【中文】本发明提供了一种建筑结构抗连续倒塌试验的柱子构造及实现方法。本发明采用加工以及安装简便的柱子滑块代替原结构的柱子，不需要加工复杂的机构或装置，降低了试验成本。柱子滑块与上部柱、下部柱的接触处采用滑板的形式，接触面摩擦系数较小，试验时采用较小的力即可将柱子滑块拉出，轻松实现柱子意外失效的瞬时动力效应模拟。本发明具有临时固定措施，在试件安装阶段，可使柱子滑块与整体结构有效固定，与原结构受力状态相近，更符合相似性原理。本发明的试验方法，采用拉力装置通过将柱子滑块拉出的方式实现柱子意外失效的模拟，代替了原有的采用摆锤、气炮等装置破坏复杂的代替柱装置的方法来实现柱子意外失效，且不需要很高的安装精度。 【EN】The invention provides a column structure for a building structure anti-continuous collapse test and an implementation method. The invention adopts the post slide block which is simple and convenient to process and install to replace the post with the original structure, does not need to process a complex mechanism or device, and reduces the test cost. The contact position of the column sliding block, the upper column and the lower column adopts a sliding plate form, the friction coefficient of a contact surface is small, the column sliding block can be pulled out by small force during test, and the simulation of the instantaneous power effect of accidental failure of the column is easily realized. The invention has a temporary fixing measure, can effectively fix the column slide block and the whole structure in the test piece mounting stage, is similar to the stress state of the original structure, and better accords with the similarity principle. According to the test method, the pull device is adopted to realize the simulation of the accidental failure of the column in a mode of pulling out the column sliding block, the original method of adopting a pendulum hammer, an air gun and other devices to destroy complicated replacement column devices is replaced to realize the accidental failure of the column, and high installation precision is not needed.

摘要：【中文】本发明属于建筑领域，公开了一种集成保温模板的预制叠合外墙及施工方法，其中，双面叠合墙板包括：预制叠合构件，预制叠合构件包括第一保温板、内叶板和连接组件，第一保温板通过连接组件与内叶板连接，且第一保温板与内叶板之间形成空腔，内叶板内预埋有钢筋笼，钢筋笼伸入空腔内；第二保温板，第二保温板设置在两个预制叠合构件之间；定位件，定位件设置在第一保温板的端部；现浇段，现浇段设置在预制叠合构件和第二保温板拼接形成的腔体内。本发明保温板设置在靠近室外的一侧，保温板可代替传统双面叠合墙板中的混凝土外叶板起到减轻构件重量，免拆保温模板和集成保温的作用，保温板通过连接组件连接，连接组件和钢筋笼锚固在现浇段内，可防止保温板和内叶板脱落。 【EN】The invention belongs to the field of buildings, and discloses a prefabricated superposed outer wall of an integrated heat-insulation template and a construction method, wherein a double-faced superposed wallboard comprises: the prefabricated superposed component comprises a first heat-preservation plate, an inner blade plate and a connecting assembly, wherein the first heat-preservation plate is connected with the inner blade plate through the connecting assembly, a cavity is formed between the first heat-preservation plate and the inner blade plate, a reinforcement cage is embedded in the inner blade plate, and the reinforcement cage extends into the cavity; the second insulation board is arranged between the two prefabricated superposed components; the positioning piece is arranged at the end part of the first heat-preservation plate; and the cast-in-place section is arranged in a cavity formed by splicing the prefabricated superposed component and the second insulation board. The heat insulation plate is arranged on one side close to the outdoor space, the heat insulation plate can replace a concrete outer blade plate in a traditional double-faced superposed wallboard to play the roles of reducing the weight of a component, dismounting-free heat insulation templates and integrated heat insulation, the heat insulation plate is connected through the connecting assembly, the connecting assembly and the reinforcement cage are anchored in the cast-in-place section, and the heat insulation plate and the inner blade plate can be prevented from falling off.