摘要：【中文】本申请提供了一种压缩空气换热系统，包括：处理器；换热器与增压膨胀组件，增压膨胀组件与处理器电连接，换热器与增压膨胀组件以及室内通风口之间设置有空气流路，以通过处理器控制增压膨胀组件运行向室内制热或制冷，尾气处理装置，与排气口相连，包括气腔以及设置在气腔内的换热管，换热管用于传输液体，其中，高温气体排入气腔后与换热管换热，以对液体加热后，排至室外。通过执行该技术方案，尾气处理装置包括气腔以及气腔内的换热管，排气口排出的高温气体进入气腔后，能够与换热管内的常温或低温液体进行换热，以实现对液体的加热，进而通过提高尾气的利用率降低了热浪费。 【EN】The application provides a compressed air heat transfer system includes: a processor; the heat exchanger is connected with the supercharging expansion assembly, the supercharging expansion assembly is electrically connected with the processor, an air flow path is arranged between the heat exchanger and the supercharging expansion assembly and between the heat exchanger and the indoor ventilation opening, the supercharging expansion assembly is controlled by the processor to run to heat or refrigerate indoors, the tail gas treatment device is connected with the exhaust opening and comprises an air cavity and a heat exchange tube arranged in the air cavity, the heat exchange tube is used for conveying liquid, and high-temperature gas is discharged into the air cavity and then exchanges heat with the heat exchange tube to heat the liquid and then is discharged outdoors. Through executing this technical scheme, tail gas processing apparatus includes the heat exchange tube in air cavity and the air cavity, and gas vent exhaust high-temperature gas gets into the air cavity after, can carry out the heat transfer with normal atmospheric temperature or cryogenic liquids in the heat exchange tube to the realization is to the heating of liquid, and then has reduced the waste of heat through the utilization ratio that improves tail gas.

摘要：【中文】本申请提供了一种除湿装置、除湿控制方法和可读存储介质，其中，除湿装置包括：处理器；换热器，包括并行设置的第一流路与第二流路；增压膨胀组件，与处理器电连接，以及与第一流路连通，增压膨胀组件设置有回风口与排气口，风机，与处理器电连接，用于驱动室外新风通过第二流路流入室内；处理器还用于执行计算机指令以执行以下步骤：控制增压膨胀组件运行，室内空气通过回风口进入增压膨胀组件，降温降压后进入第一流路，以对第二流路的室外新风降温，使降温后的室外新风析出冷凝水后导入室内。通过执行该技术方案，直接采用空气作为冷媒代替相关技术中采用的化合物类制冷剂，以实现对空气的除湿效果，并能够降低对环境的危害。 【EN】The application provides a dehumidification device, a dehumidification control method and a readable storage medium, wherein the dehumidification device comprises: a processor; a heat exchanger including a first flow path and a second flow path arranged in parallel; the supercharging expansion assembly is electrically connected with the processor and is communicated with the first flow path, the supercharging expansion assembly is provided with an air return port and an air exhaust port, and the fan is electrically connected with the processor and is used for driving outdoor fresh air to flow into the room through the second flow path; the processor is further configured to execute the computer instructions to perform the steps of: and controlling the operation of the pressurization expansion assembly, allowing indoor air to enter the pressurization expansion assembly through the air return inlet, cooling and depressurizing the indoor air, and then allowing the indoor air to enter the first flow path so as to cool the outdoor fresh air of the second flow path, and leading the cooled outdoor fresh air into the room after condensate water is separated out. By implementing the technical scheme, air is directly adopted as a refrigerant to replace a compound refrigerant adopted in the related technology, so that the dehumidification effect on the air is realized, and the harm to the environment can be reduced.

摘要：【中文】本申请提供了一种除湿装置、除湿控制方法和可读存储介质，其中，除湿装置包括：处理器；增压膨胀组件，与处理器电连接，包括能够与房间连通的出风端与回风端、以及低温输出端与高温输入端；气液分离器，设置在低温输出端与高温输入端之间的管路上；处理器还用于执行计算机指令以执行以下步骤：控制增压膨胀组件运行，以将房间内的空气通过回风端引入增压膨胀组件，在进行降压降温后，导入气液分离器，以分离降温降压后产生的冷凝水，通过高温输入端转变为常温常压空气，由出风端返回房间。通过执行该技术方案，直接采用空气作为冷媒代替相关技术中采用的化合物类制冷剂，结合压缩机与膨胀机的运行，降低对环境的危害。 【EN】The application provides a dehumidification device, a dehumidification control method and a readable storage medium, wherein the dehumidification device comprises: a processor; the supercharging expansion assembly is electrically connected with the processor and comprises an air outlet end and an air return end which can be communicated with a room, and a low-temperature output end and a high-temperature input end; the gas-liquid separator is arranged on the pipeline between the low-temperature output end and the high-temperature input end; the processor is further configured to execute the computer instructions to perform the steps of: the operation of the pressurization expansion assembly is controlled, so that air in a room is introduced into the pressurization expansion assembly through the air return end, after the air is subjected to pressure reduction and temperature reduction, the air is introduced into the gas-liquid separator, condensed water generated after the temperature reduction and pressure reduction is separated, the condensed water is converted into normal-temperature and normal-pressure air through the high-temperature input end, and the air is returned to the room through the air outlet end. By executing the technical scheme, air is directly used as a refrigerant to replace compound refrigerants adopted in the related technology, and the harm to the environment is reduced by combining the operation of the compressor and the expander.

摘要：【中文】本申请提供了一种除湿装置、除湿控制方法和可读存储介质，其中，除湿装置包括：处理器；换热器，包括并行设置的外循环流路与内循环流路；增压膨胀组件，与处理器电连接，以及与外循环流路连通，增压膨胀组件设置有空气输入端与空气输出端，风机，设置于内循环流路上，并与处理器电连接，用于驱动室内空气流经内循环流路；处理器还用于执行计算机指令以执行以下步骤：控制增压膨胀组件运行。通过执行该技术方案，直接采用空气作为冷媒代替相关技术中采用的化合物类制冷剂，结合压缩机与膨胀机的运行，在将空气作为制冷剂的同时，实现对空气的除湿效果，并降低对环境的危害。 【EN】The application provides a dehumidification device, a dehumidification control method and a readable storage medium, wherein the dehumidification device comprises: a processor; the heat exchanger comprises an external circulation flow path and an internal circulation flow path which are arranged in parallel; the supercharging expansion assembly is electrically connected with the processor and is communicated with the external circulation flow path, the supercharging expansion assembly is provided with an air input end and an air output end, and the fan is arranged on the internal circulation flow path, is electrically connected with the processor and is used for driving indoor air to flow through the internal circulation flow path; the processor is further configured to execute the computer instructions to perform the steps of: and controlling the operation of the pressurization expansion assembly. By executing the technical scheme, air is directly used as a refrigerant to replace a compound refrigerant used in the related technology, and the operation of the compressor and the expander is combined, so that the air is used as the refrigerant, the dehumidification effect on the air is realized, and the harm to the environment is reduced.

摘要：【中文】本发明提供了一种运行控制方法、运行控制装置、空调器和存储介质，其中，运行控制方法包括：检测到空调器进入目标温度的修正阶段，获取辐射温度在指定时段内的变化幅度；根据体感温度、辐射温度与房间温度之间的预设关系，以及变化幅度，修正房间温度的目标温度，以使体感温度维持在指定温度范围内。通过执行本发明的技术方案，本申请中的目标温度调节方案，虽然目的是保证体感温度维持在指定温度范围内，只要确定体感温度、辐射温度与房间温度之间的预设关系即可，并不需要实际获取到体感温度的具体值，因此控制方式更简单。 【EN】The invention provides an operation control method, an operation control device, an air conditioner and a storage medium, wherein the operation control method comprises the following steps: detecting that the air conditioner enters a target temperature correction stage, and acquiring the variation amplitude of the radiation temperature in a specified time period; and correcting the target temperature of the room temperature according to the preset relation among the body sensing temperature, the radiation temperature and the room temperature and the change amplitude so as to maintain the body sensing temperature within the specified temperature range. By implementing the technical scheme of the invention, the target temperature adjusting scheme in the application aims to ensure that the sensible temperature is maintained in a specified temperature range, only the preset relation among the sensible temperature, the radiation temperature and the room temperature is determined, and the specific value of the sensible temperature does not need to be actually acquired, so that the control mode is simpler.

摘要：【中文】为了解决上述问题，本发明提供了基于可编辑工作流的智能财务稽核平台，通过表单递交的模式使得实际操作或管理人员无需求助程序员即可对平台内的工作流程节点进行编辑，有效提高了办公的效率。为达到所述技术效果，本发明采用的技术方案为：基于可编辑工作流的智能财务稽核平台，带有工作流程编辑器，所述工作流由多个任务节点和连接各个任务节点的任务过程条件组成，任务发起人通过编辑可配置表单修改原有工作流后形成新的工作流。通过这样的方式，工作流的编辑无需程序员对于底层数据进行编辑，减少了工作流编辑的工作量，使得普通管理人员可以自行进行工作流的编辑。尤其适合于工作流变更频繁的财务稽核平台。 【EN】In order to solve the problems, the invention provides an intelligent financial auditing platform based on editable workflow, so that the actual operation or management personnel can edit the workflow nodes in the platform without asking for programmers through a form submission mode, and the office efficiency is effectively improved. In order to achieve the technical effect, the technical scheme adopted by the invention is as follows: the intelligent financial auditing platform based on editable workflow is provided with a workflow editor, the workflow consists of a plurality of task nodes and task process conditions for connecting each task node, and a task initiator modifies the original workflow through editing a configurable form to form a new workflow. By the mode, the editing of the workflow does not need to be carried out by a programmer on the bottom data, the workload of the workflow editing is reduced, and common managers can edit the workflow by themselves. The method is particularly suitable for a financial auditing platform with more frequent working rheology.

摘要：【中文】本申请实施例提出了基于gitlab实时代码共享的在线拖拽编码生成方法，包括根据代码编译需求判断是否需要同步gitlab项目信息；如果不需要同步，则实时采集用户的拖拽行为，选取拖拽行为选取当前组件对应的目标组件，对目标组件是否为可嵌套组件进行判断；如果目标组件为可嵌套组件，则判断组件的嵌套层级并根据嵌套层级进行组件嵌套操作；如果目标组件为非可嵌套组件，则按预设规则将当前组件从目标组件中划出；完成一次组件拖拽排序之后，更新组件信息树，更新组件代码。通过可视化操作组件的方式减少前端开发人员重复繁琐的编码工作，将更多的时间和精力用在组件之外的逻辑和数据处理上，从而达到提高开发效率和减少因组件编码产生错误的可能。 【EN】The embodiment of the application provides an online drag code generation method based on real-time code sharing of gitlab, which comprises the steps of judging whether gitlab project information needs to be synchronized according to code compiling requirements; if the synchronization is not needed, acquiring the dragging behavior of the user in real time, selecting the dragging behavior to select a target component corresponding to the current component, and judging whether the target component is a nestable component; if the target component is the nestable component, judging the nesting level of the component and performing component nesting operation according to the nesting level; if the target component is a non-nestable component, marking out the current component from the target component according to a preset rule; and after the component dragging and sorting are completed once, updating the component information tree and updating the component codes. The repeated and tedious coding work of a front-end developer is reduced by visually operating the components, and more time and energy are applied to logic and data processing outside the components, so that the development efficiency is improved, and the possibility of errors caused by component coding is reduced.

摘要：【中文】本实施例提出了基于gateway网关实时生效的动态路由方法，包括控制第一组件经第二组件从注册配置中心处获取相关元数据信息；控制第一组件接收终端发出的服务请求，基于获取到的相关元数据信息将服务请求传输至第三组件，令第三组件基于预存储的服务实例将接收到的服务请求转发至后端服务体系中的具体服务器进行请求响应。解决了网关在不重启的情况下，实现了网关路由规则的热加载，保证了网关的稳定性和可用性，满足实际生产中的业务和性能需求；同时另外一方面也解除了网关对接异构系统时需要强依赖某个组件的限制，实现路由规则的灰度发布，进一步增强了网关灵活性、实用性和系统安全性。 【EN】The embodiment provides a gateway-based real-time effective dynamic routing method, which comprises the steps of controlling a first component to acquire relevant metadata information from a registration configuration center through a second component; and controlling the first component to receive a service request sent by the terminal, transmitting the service request to the third component based on the acquired related metadata information, and enabling the third component to forward the received service request to a specific server in a back-end service system for request response based on a pre-stored service instance. The problem that the gateway realizes hot loading of the gateway routing rule under the condition that the gateway is not restarted is solved, the stability and the availability of the gateway are ensured, and the business and performance requirements in actual production are met; meanwhile, on the other hand, the limitation that the gateway needs to depend on a certain component strongly when the gateway is in butt joint with a heterogeneous system is removed, the gray level publishing of the routing rule is realized, and the flexibility, the practicability and the system safety of the gateway are further enhanced.