摘要：【中文】本发明公开了一种猪舍热空气除氨气和硫化氢气消毒净化装置，包括箱体和净化箱，所述箱体内壁的底部与净化箱的底部固定连接，并且箱体顶部的两侧分别固定连接有第一风机与第二风机，本发明涉及空气净化装置技术领域。该猪舍热空气除氨气和硫化氢气消毒净化装置，通过净化箱的内部固定连接有隔板，第一风机出风口的一端连通有第一排气管，利用净化箱内部设置的益生菌液对猪舍内部空气中含有的氨气和硫化氢气进行吸收去除，并且净化箱内部设置有两个净化腔，对进入的空气进行两次消毒净化，大大的提高了对猪舍空气中氨气和硫化氢气的去除效果，有效地避免了猪舍空气在排出后会对猪舍周围空气造成污染。 【EN】The invention discloses a disinfection and purification device for removing ammonia gas and hydrogen sulfide from hot air of a pig house, which comprises a box body and a purification box, wherein the bottom of the inner wall of the box body is fixedly connected with the bottom of the purification box, and a first fan and a second fan are respectively and fixedly connected to two sides of the top of the box body. This pig house hot-air removes ammonia and hydrogen sulfide disinfection purifier, inside fixedly connected with baffle through the purifying box, the one end intercommunication of first fan air outlet has first exhaust pipe, utilize the inside probiotic liquid that sets up of purifying box to absorb the ammonia and the hydrogen sulfide that contain in the inside air of pig house and get rid of, and the inside two purification chambeies that are provided with of purifying box, disinfect twice to the air that gets into and purify, great improvement the getting rid of effect to ammonia and hydrogen sulfide in the pig house air, avoided the pig house air can cause the pollution to the pig house surrounding air after discharging effectively.

摘要：【中文】本发明涉及一种隧道顶部孔内微震传感器的安装与回收装置及方法，装置包括：孔底固定槽，其外壁通过水泥砂浆固定于钻孔内；其内槽包括第一安装槽和第二安装槽；第一安装槽内粘结有孔底电磁铁；第二安装槽内安装有钢制圆锥台；微震传感器顶部与钢制圆锥台底部粘结，其底部与中部磁铁顶部粘结；孔口固定套筒通过水泥砂浆固定钻孔的孔口内壁上；孔口固定套筒外部通过孔口电磁铁承载体封堵，且与孔口电磁铁承载体可拆卸连接；孔口电磁铁承载体顶部粘结孔口电磁铁，且孔口电磁铁和中部磁铁通电后磁力极性相反；电位器布置钻孔外，电磁铁各有一股导线与电位器的触点一和触点二串联，通过滑动端改变电位器的阻值调节电磁铁磁力大小。 【EN】The invention relates to a device and a method for installing and recovering a microseismic sensor in a hole at the top of a tunnel, wherein the device comprises the following components: the outer wall of the hole bottom fixing groove is fixed in the drilled hole through cement mortar; the inner groove comprises a first mounting groove and a second mounting groove; a hole bottom electromagnet is bonded in the first mounting groove; a steel cone frustum is arranged in the second mounting groove; the top of the microseism sensor is bonded with the bottom of the steel cone frustum, and the bottom of the microseism sensor is bonded with the top of the middle magnet; the orifice fixing sleeve is fixed on the inner wall of the orifice of the drill hole through cement mortar; the orifice fixing sleeve is externally plugged by an orifice electromagnet supporting body and is detachably connected with the orifice electromagnet supporting body; the top of the orifice electromagnet carrier is bonded with the orifice electromagnet, and the magnetic force polarities of the orifice electromagnet and the middle magnet are opposite after the orifice electromagnet and the middle magnet are electrified; the potentiometer is arranged outside the drill hole, the electromagnet is respectively provided with a strand of conducting wire which is connected with the contact I and the contact II of the potentiometer in series, and the magnetic force of the electromagnet is adjusted by changing the resistance value of the potentiometer through the sliding end.

摘要：【中文】本发明提供了一种电网统一数据模型的创建方法，确定电网核心业务数据对象集合；分别建立IEC CIM模型中实体与电网核心业务数据对象集合中相应核心业务数据对象之间的映射关系、SG‑ERP模型中实体与电网核心业务数据对象集合中相应核心业务数据对象之间的映射关系以及SG‑CIM3.0模型中实体与电网核心业务数据对象集合中相应核心业务数据对象之间的映射关系，得到电网中每个主题域的逻辑模型；依据电网核心业务数据对象中的跨专业业务数据对象，对每个主题域的逻辑模型进行整合，得到电网统一数据模型的标准化逻辑模型；基于标准化逻辑模型，创建电网统一数据模型的物理数据模型，实现电网系统间的数据共享和业务协同处理。 【EN】The invention provides a method for creating a unified data model of a power grid, which comprises the steps of determining a core service data object set of the power grid; respectively establishing a mapping relation between an entity in an IEC CIM model and a corresponding core service data object in a power grid core service data object set, a mapping relation between an entity in an SG-ERP model and a corresponding core service data object in a power grid core service data object set, and a mapping relation between an entity in an SG-CIM3.0 model and a corresponding core service data object in a power grid core service data object set to obtain a logic model of each subject domain in a power grid; integrating the logic model of each subject domain according to the cross-professional service data object in the power grid core service data object to obtain a standardized logic model of a power grid unified data model; and based on the standardized logic model, a physical data model of the unified data model of the power grid is created, and data sharing and service cooperative processing among power grid systems are realized.

摘要：【中文】本发明涉及医疗器械技术领域，具体公开了一种踝关节诊疗装置。本发明提供的踝关节诊疗装置包括包裹部、执行机构和诊断传感器。包裹部用于包裹患者的小腿和足部。执行机构活动连接于包裹部，能够驱动患者踝关节运动。执行机构具有驱动患者的踝关节运动的助力状态、阻碍患者的踝关节运动的阻力状态、允许患者的踝关节的自由运动的卸力状态。诊断传感器设置在包裹部上，用于检测踝关节的运动状况。本发明提供的踝关节诊疗装置集诊断与治疗一体化，能够满足患者多种踝关节运动的需求，结构简单，使患者使用时摆脱使用场地的限制，有助于患者康复。 【EN】The invention relates to the technical field of medical instruments, and particularly discloses an ankle joint diagnosis and treatment device. The ankle joint diagnosis and treatment device provided by the invention comprises a wrapping part, an actuating mechanism and a diagnosis sensor. The wrapping portion is used for wrapping the lower leg and the foot of the patient. The actuating mechanism is movably connected to the wrapping part and can drive the ankle joint of the patient to move. The actuator has an assist state to drive movement of the patient's ankle, a resistance state to resist movement of the patient's ankle, and a force-release state to allow free movement of the patient's ankle. The diagnosis sensor is arranged on the wrapping part and used for detecting the motion condition of the ankle joint. The ankle joint diagnosis and treatment device provided by the invention integrates diagnosis and treatment, can meet the requirements of various ankle joint movements of a patient, has a simple structure, enables the patient to get rid of the limitation of a use place when in use, and is beneficial to the rehabilitation of the patient.

摘要：【中文】本申请提供了一种基于统一数据模型的数据服务方法及装置，该方案基于统一数据模型改变传统的直接访问数据库、表、记录、字段的数据管理、存取、访问、服务模式，基于统一数据模型的统一数据服务接口，获取该统一数据模型中的数据对象信息及数据对象关系，以及数据对象与物理数据表存储映射关系，并以数据对象为单位进行物理数据表存取、访问、管理维护等，提供统一的数据管理、存取、访问和分析服务。 【EN】The scheme changes the traditional data management, access and service modes of a direct access database, a table, a record and a field based on a unified data model, acquires data object information and data object relation in the unified data model and storage mapping relation of a data object and a physical data table based on a unified data service interface of the unified data model, performs physical data table access, management maintenance and the like by taking the data object as a unit, and provides unified data management, access and analysis service.

摘要：【中文】本发明提供一种用于用电信息采集系统的RS485通信适配器及控制方法，属于通信领域，包括电源模块、单片机和至少3个MAX485通信芯片，MAX485通信芯片分为主从等级，单片机采用自由总线令牌机制控制MAX485通信芯片实现有序收发数据状态以及收发状态切换；在MAX485通信芯片进入发送状态时，由单片机进行隔离计时，避免出现发送节点故障，一直霸占信道的情况出现；并且在主MAX485接收TTL电平为“1”时，通过上拉电阻R7、下拉R8的共同作用，使总线保持高电平输出状态，达到了发送“1”的效果。 【EN】The invention provides an RS485 communication adapter for a power consumption information acquisition system and a control method, belonging to the field of communication, and comprising a power module, a singlechip and at least 3 MAX485 communication chips, wherein the MAX485 communication chips are divided into master and slave grades, and the singlechip controls the MAX485 communication chips to realize the ordered data receiving and transmitting state and the switching of the receiving and transmitting state by adopting a free bus token mechanism; when the MAX485 communication chip enters a sending state, the singlechip carries out isolation timing, so that the condition that a sending node is in fault and always occupies a channel is avoided; when the receiving TTL level of the main MAX485 is 1, the bus is kept in a high-level output state through the combined action of the pull-up resistor R7 and the pull-down resistor R8, and the effect of sending 1 is achieved.