摘要：【中文】本发明公开了一种用于治疗痔疮的中药组合物及其制备方法和制药用途，所述中药组合物由如下重量配比的原料药制成：大黄5～15份、牡丹皮5～15份、当归5～15份、丹参5～15份、赤芍5～15份、拳参5～15份、苎麻根5～15份、地榆炭5～15份、川牛膝5～15份、白及5～15份、麸炒枳实5～15份、厚朴5～15份、生地5～20份、黄芩5～15份、白术5～20份、升麻5～15份、醋北柴胡5～15份、甘草5～10份。本发明组合物具有疗程短，有效率高的特点，对内痔、外痔和混合痔均有治疗效果，最短1天即可见效。 【EN】The invention discloses a traditional Chinese medicine composition for treating hemorrhoids, a preparation method and a pharmaceutical application thereof, wherein the traditional Chinese medicine composition is prepared from the following raw material medicines in parts by weight: 5-15 parts of rheum officinale, 5-15 parts of moutan bark, 5-15 parts of angelica sinensis, 5-15 parts of salvia miltiorrhiza, 5-15 parts of red peony root, 5-15 parts of bistort rhizome, 5-15 parts of ramie root, 5-15 parts of garden burnet root charcoal, 5-15 parts of medicinal cyathula root, 5-15 parts of bletilla, 5-15 parts of bran-fried immature bitter orange, 5-15 parts of mangnolia officinalis, 5-20 parts of radix rehmanniae, 5-15 parts of scutellaria baicalensis, 5-20 parts of bighead atractylodes rhizome, 5-15 parts of cimicifuga foetida, 5-15 parts of vinegar-processed bupleurum chinense and 5-10 parts of liquorice. The composition has the characteristics of short treatment course and high effective rate, has treatment effect on internal hemorrhoid, external hemorrhoid and mixed hemorrhoid, and can take effect in 1 day at the shortest.

摘要：本发明提供了一种数据驱动的协同处理方法及装置，包括：获取待协同处理的子任务集合，并确定子任务集合中每个子任务之间的相关信息；在当前作业终端针对其绑定的子任务进行作业的情况下，获取当前作业终端绑定的子任务对应的作业同步信息；其中，作业同步信息包括成果数据和/或作业动作信息；根据每个子任务之间的相关信息、作业终端与子任务之间的绑定关系，从除当前作业终端之外的其他作业终端中确定目标作业终端，并将作业同步信息发送至目标作业终端，以使目标作业终端基于作业同步信息针对其绑定的子任务进行作业。本发明可以有效改善因“接边”处理而导致的生产周期较长、成果数据的现势性较弱等问题。

摘要：本发明属于轴承检测设备技术领域，特别是涉及一种自适应滚动轴承的多工况摩擦力矩测量试验台。导向装置的XYZ三自由度的设计使其不仅适用于轴承实验，还可以适用于盘状样品摩擦实验。现有试验台中对轴承起到支撑作用的支撑元件难以适配不同尺寸的轴承，本发明设计的夹具可以夹持不同尺寸的轴承，并保证轴承与夹具体同心。试验台常采用碳刷作为轴承的加电装置。本发明采用导电滑环为轴承加电，设计了更好的加电方式。

摘要：本发明公开一种通过逆波兰表达式对五防逻辑表达式进行校验的方法，该方法主要是通过构造一个运算符栈S1和逆波兰栈S2，然后读入需要操作设备对应状态的五防逻辑，判断是否存在没有转换的情况条件，并读入没有转换的情况条件下对应的五防逻辑表达式，并从左至右扫描该情况条件下对应的五防逻辑表达式；最后根据逆波兰表达式将传统的五防逻辑表达式进行转换，剔除表达式中复杂的算术符号“()”，只留下最简单的运算，能够保证方法的正确性的同时，减少程序员出现BUG的可能性，提高五防软件对于五防校验的准确性，同时能减少测试部门的测试压力。

摘要：【中文】本发明涉及包装机械技术领域，特别是涉及一种磨纸器和粘箱机。该磨纸器包括：机架；制孔刀组件，其安装于所述机架；所述制孔刀组件设置有可转动的制孔刀，所述制动刀表面布置有若干锋利尖端部；下压机构，其安装于所述机架；所述下压机构设置有滚动下压端，所述滚动下压端位于所述制孔刀的上方；所述滚动下压端与制孔刀的转动轴线平行。采用本发明提供的磨纸器可以简便高效的解决粘箱不够牢固易开胶的问题，提高粘箱强度，进而提高粘箱机的合格率。并且该设备结构简单，部件易得，成本低廉，在走纸过程中便实现了打孔，不影响整机的运行，保障了效率。 【EN】The invention relates to the technical field of packaging machinery, in particular to a paper grinder and a box gluing machine. This paper grinder includes: a frame; a hole making cutter assembly mounted to the frame; the hole making cutter assembly is provided with a rotatable hole making cutter, and a plurality of sharp point parts are arranged on the surface of the hole making cutter; a pressing mechanism mounted to the frame; the pressing mechanism is provided with a rolling pressing end, and the rolling pressing end is positioned above the hole making cutter; the rolling pressing end is parallel to the rotation axis of the hole making cutter. The paper grinder provided by the invention can simply, conveniently and efficiently solve the problem that the box gluing is not firm enough and easy to open glue, and improve the box gluing strength, thereby improving the qualification rate of the box gluing machine. The paper feeding device is simple in structure, easy in obtaining of parts and low in cost, punching is achieved in the paper feeding process, operation of the whole machine is not affected, and efficiency is guaranteed.

摘要：【中文】本发明公开了一种无抗生态饲料及其生产工艺，无抗生态饲料由以下组分组成：玉米、豆粕、麦麸、骨粉、赖氨酸、蛋氨酸、多维维生素和食盐，生产工艺包括以下步骤：将玉米加入到粉碎机中进行粉碎，过50‑80目筛，加入到物料提升机内，将豆粕、麦麸、骨粉、赖氨酸、蛋氨酸、多维维生素和食盐加入到物料提升机中，进行提升，配料输送至输送料斗内，将进行搅拌混合至均匀，混合物料进行调制，输送至喂料机，混合物料输送至反应釜内，对反应釜内加热至混合物料热熟，转移至饲料制粒机中进行制粒，制得饲料颗粒，对制粒机中制得的饲料颗粒进行风冷烘干和冷却，卸料并包装，即制得无抗生态饲料，有利于饲料对土鸡生长的吸收率，做到环保无危害。 【EN】The invention discloses an antibiotic-free ecological feed and a production process thereof, wherein the antibiotic-free ecological feed comprises the following components: corn, bean pulp, wheat bran, bone meal, lysine, methionine, multivitamin and salt, and the production process comprises the following steps: the method comprises the steps of adding corns into a pulverizer for pulverization, sieving the corns by a sieve of 50-80 meshes, adding the corns into a material elevator, adding soybean meal, wheat bran, bone meal, lysine, methionine, multivitamins and salt into the material elevator for lifting, conveying ingredients into a conveying hopper, stirring and mixing the ingredients uniformly, mixing the ingredients, conveying the mixture to a feeder, conveying the mixture into a reaction kettle, heating the mixture in the reaction kettle until the mixture is hot and cooked, transferring the mixture into a feed granulator for granulation to prepare feed particles, carrying out air cooling and cooling on the feed particles prepared in the granulator, unloading and packaging to obtain the antibiotic-free ecological feed, wherein the antibiotic-free ecological feed is beneficial to the feed absorption rate of the feed on the growth of local chickens, and is environment-friendly and harmless.

摘要：【中文】本发明公开了一种动态抓取物体的方法、系统以及设备。该方法包括传送带上的物体完成视觉识别，获得物体的信息和初步抓取位姿，将此时物体在传送带上的位置标记为起始位置；根据预设的时间周期，轮询是否有物体在可抓取范围内，如果已有至少一个物体在可抓取范围，则选择一个物体做抓取规划，如果没有物体在可抓取范围，则对第一个即将进入可抓取范围的物体做抓取规划；根据物体的初步抓取位姿、起始位置、传送带的运动速度，计算物体在传送带的实时位置和物体的实时抓取位姿；机械臂运动至物体的实时位置的上方，对物体进行抓取。通过本发明，能够对运动中的物体进行智能实时抓取，极大程度提高了动态抓取物体的效率和准确性。 【EN】The invention discloses a method, a system and equipment for dynamically grabbing objects. The method comprises the steps that visual identification of an object on a conveyor belt is completed, information and a primary grabbing pose of the object are obtained, and the position of the object on the conveyor belt at the moment is marked as an initial position; polling whether an object is in a grippable range or not according to a preset time period, if at least one object is in the grippable range, selecting one object to be a gripping plan, and if no object is in the grippable range, making a gripping plan for the first object to enter the grippable range; calculating the real-time position of the object on the conveyor belt and the real-time grabbing pose of the object according to the initial grabbing pose of the object, the initial position and the movement speed of the conveyor belt; the mechanical arm moves to the position above the real-time position of the object to grab the object. According to the invention, the moving object can be intelligently grabbed in real time, and the efficiency and the accuracy of dynamically grabbing the object are greatly improved.

摘要：【中文】本发明实施例公开了一种服务更新方法及装置，所述方法包括：获取配置文件；将所述配置文件分别添加到所述自动化部署脚本文件中所述配置文件对应服务的子目录下，形成服务菜单；当用户通过所述服务菜单选择目标服务时，运行所述目标服务所在的子目录中的自动化部署脚本，更新所述目标服务。通过本申请实施例提供的服务更新方法，通过将配置文件分别添加到自动化部署脚本文件中配置文件对应服务的子目录下，可以将系统中的所有服务实现服务分离，以便后续更新服务时，只选择用户需要的一个或多个服务进行更新。仅对用户需要的一个或多个服务进行更新而非更新系统中所有的服务，缩小了时间成本，提高了效率。 【EN】The embodiment of the invention discloses a service updating method and a device, wherein the method comprises the following steps: acquiring a configuration file; adding the configuration files to subdirectories of services corresponding to the configuration files in the automatic deployment script file respectively to form a service menu; and when the user selects the target service through the service menu, running an automatic deployment script in the subdirectory where the target service is located, and updating the target service. According to the service updating method provided by the embodiment of the application, the configuration files are respectively added to the subdirectories of the services corresponding to the configuration files in the automatic deployment script file, so that all the services in the system can be separated from each other, and only one or more services required by a user are selected for updating when the services are updated subsequently. Only one or more services needed by the user are updated instead of all services in the system, so that the time cost is reduced and the efficiency is improved.

摘要：【中文】本申请涉及人工智能技术领域，提供一种异常游戏检测方法、装置、电子设备及可读存储介质。该方法包括：获得待检测游戏玩家的待检测游戏视频的视频帧序列，所述待检测游戏视频中包括所述待检测游戏玩家登录的待检测游戏角色，以及所述待检测游戏角色的非队友游戏角色；根据所述视频帧序列，获得所述待检测游戏角色的第一行为特征，以及所述非队友游戏角色的第二行为特征；根据所述第一行为特征和所述第二行为特征，确定待检测游戏角色的行为和非队友游戏角色的行为属于组队关联行为时，则确定所述待检测游戏玩家为异常游戏对象。 【EN】The application relates to the technical field of artificial intelligence, and provides an abnormal game detection method, an abnormal game detection device, electronic equipment and a readable storage medium. The method comprises the following steps: the method comprises the steps of obtaining a video frame sequence of a game video to be detected of a game player to be detected, wherein the game video to be detected comprises a game role to be detected and a non-teammate game role of the game role to be detected, wherein the game role to be detected is logged in by the game player to be detected; according to the video frame sequence, obtaining a first behavior characteristic of the game role to be detected and a second behavior characteristic of the non-teammate game role; and determining that the game player to be detected is an abnormal game object when determining that the behavior of the game character to be detected and the behavior of the non-teammate game character belong to team association behaviors according to the first behavior characteristic and the second behavior characteristic.

摘要：【中文】本公开提供一种跨平台通信方法及装置、电子设备；涉及通信技术领域。该方法应用于接收数据的第一平台，包括：获取完成与第二平台间的通信任务对应的通信数据列表，并注册观察者列表以观察通信数据列表；响应于接收到上述通信数据列表中的任一目标数据，获取目标数据对应的目标观察者的状态；响应于目标观察者的状态处于激活态，通过目标观察者对目标数据进行分发处理；响应于目标观察者的状态处于非激活态，将目标数据进行缓存。本技术方案能够解决无法通过同一通道接收多次回调的问题，有利于提升跨平台通信中数据传递的连续性和可达性。 【EN】The disclosure provides a cross-platform communication method and device and electronic equipment; relates to the technical field of communication. The method is applied to a first platform for receiving data, and comprises the following steps: acquiring a communication data list corresponding to the communication task between the second platform and the second platform, and registering an observer list to observe the communication data list; responding to any target data in the communication data list, and acquiring the state of a target observer corresponding to the target data; responding to the state of the target observer in an activated state, and performing distribution processing on the target data through the target observer; and responding to the state of the target observer in an inactive state, and caching the target data. The technical scheme can solve the problem that multiple callbacks cannot be received through the same channel, and is beneficial to improving the continuity and accessibility of data transmission in cross-platform communication.