摘要：【中文】本发明适用于能源设备应用技术领域，提供了一种能源系统实时预警方法及装置，方法包括：按照配置规则对能源系统中能源设备进行配置，以确定预警触发条件与预警信息；按照预设规则，获取能源系统中能源设备的运行数据；判断所述能源设备的运行数据是否满足所述预警触发条件；若所述能源设备的运行数据满足所述预警触发条件，则提供所述预警信息。本发明在有安全问题、事故情况、异常状态等问题产生时能够及时预警，对于企业、工业工厂、重点用能单位进行智能化、系统化的管理，能提高效率、降低成本。 【EN】The invention is suitable for the technical field of energy equipment application, and provides a real-time early warning method and a real-time early warning device for an energy system, wherein the method comprises the following steps: configuring energy equipment in an energy system according to a configuration rule to determine an early warning triggering condition and early warning information; acquiring operation data of energy equipment in an energy system according to a preset rule; judging whether the operation data of the energy equipment meet the early warning triggering condition or not; and if the operation data of the energy equipment meets the early warning triggering condition, providing the early warning information. The invention can give an early warning in time when safety problems, accident conditions, abnormal states and other problems occur, and can carry out intelligent and systematic management on enterprises, industrial factories and key energy consumption units, thereby improving the efficiency and reducing the cost.

摘要：【中文】本发明实施例提供了一种数据处理方法、装置、智能终端及存储介质。其中，所述数据处理方法包括：从消息队列中获取待处理数据，将所述待处理数据封装成具有数据结构的待处理数据对象；将所述待处理数据对象与预设的预处理规则进行匹配；若所述待处理数据对象与所述预处理规则匹配命中，则根据所述预处理规则对所述待处理数据对象进行数据处理。通过本发明能够对集群中的消息队列的数据进行同一预处理，保障了入库数据标准的统一。 【EN】The embodiment of the invention provides a data processing method, a data processing device, an intelligent terminal and a storage medium. The data processing method comprises the following steps: acquiring data to be processed from a message queue, and packaging the data to be processed into a data object to be processed with a data structure; matching the data object to be processed with a preset preprocessing rule; and if the data object to be processed is matched and hit with the preprocessing rule, performing data processing on the data object to be processed according to the preprocessing rule. The invention can carry out the same preprocessing on the data of the message queue in the cluster, thereby ensuring the unification of the standard of the data to be put in storage.

摘要：【中文】本发明公开了一种汽车刹车传动系统，包括：踏板，铰接于架体上；第一液压缸，与所述踏板连接，通过所述踏板的旋转带动所述液压杆的伸缩；第二液压缸，与所述第一液压缸连通，通过所述第一液压杆的伸缩将第一液压缸内的液体挤压至所述第二液压缸；以及刹车组件，所述刹车组件能够作用于刹车片以使车辆进行制动，所述刹车组件包括：壳体、刹车片、第一摩擦部、第二摩擦组件，所述第一摩擦部与第二摩擦组件位于所述刹车片的两侧，所述第二液压缸能够驱动所述第二摩擦组件向第一摩擦部方向移动，使第一摩擦部与第二摩擦组件夹紧刹车片，从而使车辆进行制动，所述第二摩擦组件能够随着第二液压缸的推动，逐步增大与刹车片的接触面积。 【EN】The invention discloses an automobile brake transmission system, which comprises: the pedal is hinged on the frame body; the first hydraulic cylinder is connected with the pedal and drives the hydraulic rod to stretch and retract through the rotation of the pedal; the second hydraulic cylinder is communicated with the first hydraulic cylinder, and liquid in the first hydraulic cylinder is extruded to the second hydraulic cylinder through the expansion and contraction of the first hydraulic rod; and a brake assembly capable of acting on the brake pad to brake the vehicle, the brake assembly comprising: casing, brake block, first friction portion, second friction subassembly, first friction portion is located with second friction subassembly the both sides of brake block, the second pneumatic cylinder can drive second friction subassembly moves to first friction portion direction, makes first friction portion and the tight brake block of second friction subassembly clamp to make the vehicle brake, second friction subassembly can be along with the promotion of second pneumatic cylinder, the area of contact of progressively increase and brake block.

摘要：【中文】本发明公开了一种新型LNG动力船安保控制系统，它涉及船舶控制技术领域。它包括机舱安保控制柜、驾驶室内驾控台上的安保控制器以及船舶两舷的加注及岸电控制站；所述机舱安保控制柜与电池舱内的锂电池组连接，机舱安保控制柜为主要控制部分，对船舶内部的各系统进行监测，包括锂电池监测装置、船舶甲板上的LNG储气罐监测装置、可燃气体探测装置、火灾报警系统、LNG发电机组、LNG发动机、通风系统监测装置、燃油发动机、舵机系统、推进电机监测装置。本发明的优点在于：可以适用多种匹配LNG燃料动力的船舶，模块性较强，可根据船舶推进型式增减模块；可提高船舶的机舱自动化水平，减少船舶轮机部人员的配备，节省船舶营运成本。 【EN】The invention discloses a novel LNG power ship security control system, and relates to the technical field of ship control. The system comprises an engine room security control cabinet, a security controller on a driving console in a cab and a filling and shore power control station for two sides of a ship; the cabin security control cabinet is connected with a lithium battery pack in the battery cabin, is a main control part, monitors various systems in the ship, and comprises a lithium battery monitoring device, an LNG (liquefied natural gas) storage tank monitoring device on a ship deck, a combustible gas detection device, a fire alarm system, an LNG generator set, an LNG engine, a ventilation system monitoring device, a fuel engine, a steering engine system and a propulsion motor monitoring device. The invention has the advantages that: the system can be suitable for various ships matched with LNG fuel power, has strong modularity, and can increase or decrease modules according to ship propulsion types; the automation level of the engine room of the ship can be improved, the personnel allocation of the ship turbine part is reduced, and the ship operation cost is saved.

摘要：【中文】本发明公开了一种使用LNG‑电池混合动力推进系统货船，它涉及船舶工程技术领域。它的船体内设有机舱、电池舱、直接推进器，船尾部的电池舱内设有锂电池组，船体内还包括LNG单燃料气体发电机组及相应的LNG供气系统、通风系统、LNG单燃料发动机；所述LNG供气系统包括LNG低温储气罐、水浴汽化器、供气管路，LNG低温储气罐与水浴汽化器相连，水浴汽化器通过外部出口与供气管路相连，供气管路通向LNG单燃料发动机、LNG单燃料气体发电机组；所述通风系统包括通风导管和通风机，供气管路布置在通风导管的内部，通风导管与设在主甲板上的通风机相连。本发明的优点在于：能够减少发动机排放污染，提高电力推进运行的经济性，延长续航力。 【EN】The invention discloses a cargo ship using an LNG-battery hybrid power propulsion system, and relates to the technical field of ship engineering. The ship body is internally provided with a cabin, a battery cabin and a direct propeller, a lithium battery pack is arranged in the battery cabin at the tail part of the ship, and the ship body also comprises an LNG single-fuel gas generator set, a corresponding LNG gas supply system, a ventilation system and an LNG single-fuel engine; the LNG gas supply system comprises an LNG low-temperature gas storage tank, a water bath vaporizer and a gas supply pipeline, wherein the LNG low-temperature gas storage tank is connected with the water bath vaporizer, the water bath vaporizer is connected with the gas supply pipeline through an external outlet, and the gas supply pipeline is communicated with an LNG single-fuel engine and an LNG single-fuel gas generator set; the ventilation system comprises a ventilation duct and a ventilator, the air supply pipeline is arranged inside the ventilation duct, and the ventilation duct is connected with the ventilator arranged on the main deck. The invention has the advantages that: the engine emission pollution can be reduced, the economy of electric propulsion operation is improved, and the endurance is prolonged.

摘要：【中文】本发明涉及照明技术领域，尤其涉及一种连接装置，包括连接主体和固定螺丝，连接主体呈工字型，其上具有两个开口相背的凹槽，连接主体上对应每个凹槽均设置有两个间隔的螺纹固定孔，两个凹槽内的螺纹固定孔通过导电片一一对应电导通，同一个凹槽内的两个螺纹固定孔未电导通，固定螺丝旋拧在螺纹固定孔内，其的端部延伸至凹槽内与灯条上的焊盘和/或电源的导线抵接并电导通。通过将连接主体设置为工字型，使得连接主体上的凹槽可供任何宽度的灯条拼接，同时也能实现电源的导线与灯条拼接或者导线与导线的拼接，整个连接装置应用的范围更广，通用性更强，另外，连接装置的结构简单，可以有效降低拼接难度，提升拼接效率。 【EN】The invention relates to the technical field of lighting, in particular to a connecting device which comprises a connecting main body and a fixing screw, wherein the connecting main body is I-shaped, two grooves with opposite openings are formed in the connecting main body, two spaced thread fixing holes are formed in the connecting main body and correspond to each groove, the thread fixing holes in the two grooves are electrically communicated in a one-to-one correspondence mode through conducting strips, the two thread fixing holes in the same groove are not electrically communicated, the fixing screw is screwed in the thread fixing holes, and the end portion of the fixing screw extends into the groove and is abutted against and electrically communicated with a bonding pad on a lamp strip and/or a lead of a power supply. Through setting up connecting body into the I shape for the recess in the connecting body can supply the lamp strip concatenation of any width, also can realize the wire of power and the concatenation of lamp strip concatenation or wire and wire simultaneously, and the scope that whole connecting device used is wider, and the commonality is stronger, and in addition, connecting device's simple structure can effectively reduce the concatenation degree of difficulty, promotes concatenation efficiency.

摘要：【中文】本发明公开了一种无人机重量重心测量装置，包括：上支架、下底座和传感器系统；上支架包括：支架、前支撑和后支撑；下底座包括：底座和立柱；传感器系统包括：称重传感器和称重数显表；底座为“T”字型框架，其包括两个共面的矩形框架；底座的四角分别安装立柱，用于支撑底座；支架为“T”字型结构，支架与底座对应安装，二者之间设置三个称重传感器，称重数显表与称重传感器相连，用于显示称重传感器的读数；前、后支撑分别安装在支架竖直段和水平段上，用于支撑无人机，二者之间的连线与支架的竖直段共线，二者之间的间距能够调整；其中，后支撑固定在支架的水平段上，前支撑与支架竖直段之间可拆卸连接，用于调整前、后支撑之间的间距。 【EN】The invention discloses a device for measuring the weight and gravity center of an unmanned aerial vehicle, which comprises: the device comprises an upper bracket, a lower base and a sensor system; the upper bracket includes: a bracket, a front support and a rear support; the lower base includes: a base and a column; the sensor system includes: a weighing sensor and a weighing digital display meter; the base is a T-shaped frame which comprises two coplanar rectangular frames; four corners of the base are respectively provided with an upright post for supporting the base; the bracket is of a T-shaped structure, the bracket and the base are correspondingly arranged, three weighing sensors are arranged between the bracket and the base, and the weighing digital display meter is connected with the weighing sensors and used for displaying the reading of the weighing sensors; the front support and the rear support are respectively arranged on the vertical section and the horizontal section of the bracket and are used for supporting the unmanned aerial vehicle, the connecting line between the front support and the rear support is collinear with the vertical section of the bracket, and the distance between the front support and the rear support can be adjusted; wherein, the back support is fixed on the horizontal section of support, can dismantle between preceding support and the vertical section of support and be connected for the interval between the adjustment preceding, back support.

摘要：【中文】本发明适用于能源数据处理技术领域，提供一种工作流管理方法及装置，方法包括：对能源数据进行第一数据处理，以获取新加载数据，并将所述新加载数据写入细节数据表；对所述细节数据表进行第二数据处理，并将经过所述第二数据处理的数据按照能源设备类型分别加载到各基础数据表；对各所述基础数据表进行第三数据处理，并将经所述第三数据处理的数据写入各数据仓库主题；对所述数据仓库主题进行第四数据处理，并将经所述第四数据处理的数据按照业务单元分别写入各数据集市。本发明提供的工作流管理方法确保了能源数据仓库系统能自动周期性的有序执行，解决通用数据仓库无法应用于能源领域的问题，有助于形成统一、标准的数据体系。 【EN】The invention is suitable for the technical field of energy data processing, and provides a workflow management method and a workflow management device, wherein the method comprises the following steps: performing first data processing on energy data to obtain new loading data, and writing the new loading data into a detail data table; performing second data processing on the detail data tables, and respectively loading the data subjected to the second data processing to each basic data table according to the type of the energy equipment; performing third data processing on each basic data table, and writing the data subjected to the third data processing into each data warehouse theme; and performing fourth data processing on the data warehouse theme, and writing the data subjected to the fourth data processing into each data mart according to the service units. The workflow management method provided by the invention ensures that the energy data warehouse system can automatically and periodically execute in order, solves the problem that a general data warehouse cannot be applied to the energy field, and is beneficial to forming a unified and standard data system.

摘要：【中文】本发明适用于能源数据处理技技术领域，提供一种能源数据仓库系统，包括：操作数据层，包括细节数据表，数据源的能源数据经第一数据处理后写入细节数据表；基础数据层，包括各能源设备类型对应的基础数据表，细节数据表的数据经第二数据处理后写入基础数据表；通用数据层，包括与业务分析需要对应的数据仓库主题，基础数据表的数据经第三数据处理后写入数据仓库主题；应用数据层，包括与业务单元对应的数据集市，数据仓库主题的数据经第四数据处理后写入数据集市。本发明有效解决了通用数据仓库无法应用于能源领域的问题，有助于形成统一、标准的数据体系，方便数据分析师和数据科学家基于高质量的海量数据进行实时有效分析。 【EN】The invention is suitable for the technical field of energy data processing, and provides an energy data warehouse system, which comprises: the operation data layer comprises a detail data table, and the energy data of the data source is written into the detail data table after being processed by the first data; the basic data layer comprises basic data tables corresponding to the types of the energy equipment, and data of the detail data tables are written into the basic data tables after being processed by second data; the general data layer comprises a data warehouse theme corresponding to business analysis needs, and data of the basic data table is written into the data warehouse theme after being processed by third data; and the application data layer comprises a data mart corresponding to the service unit, and the data of the data warehouse theme is written into the data mart after being processed by the fourth data. The invention effectively solves the problem that the general data warehouse can not be applied to the energy field, is beneficial to forming a unified and standard data system, and is convenient for data analysts and data scientists to carry out real-time effective analysis based on high-quality mass data.

摘要：【中文】本发明适用于能源数据处理技术领域，提供一种能源数据仓库系统构建方法及装置，方法包括：对数据源的能源数据进行第一数据处理，获得能源数据对应的细节数据表，以构建操作数据层；根据能源设备类型对细节数据表进行第二数据处理，获取基础数据表，以构建基础数据层；根据业务分析需要对基础数据表进行第三数据处理，获取数据仓库主题，以构建通用数据层；根据业务单元对数据仓库主题进行第四数据处理，获取业务单元对应的数据集市，以构建应用数据层。本发明通过构建针对能源行业的能源数据仓库系统，有效解决通用数据仓库无法应用于能源领域的问题，有助于形成统一、标准的数据体系，加快能源行业对能源设备数据加工和数据分析的速度。 【EN】The invention is suitable for the technical field of energy data processing, and provides a method and a device for constructing an energy data warehouse system, wherein the method comprises the following steps: performing first data processing on energy data of a data source to obtain a detail data table corresponding to the energy data so as to construct an operation data layer; performing second data processing on the detail data table according to the type of the energy equipment to obtain a basic data table so as to construct a basic data layer; performing third data processing on the basic data table according to the business analysis requirement to obtain a data warehouse theme so as to construct a general data layer; and performing fourth data processing on the data warehouse theme according to the service unit to obtain a data mart corresponding to the service unit so as to construct an application data layer. According to the energy data warehouse system, the problem that a universal data warehouse cannot be applied to the field of energy is effectively solved by constructing the energy data warehouse system aiming at the energy industry, a unified and standard data system is formed, and the speed of processing and analyzing the energy equipment data in the energy industry is increased.