摘要：本申请公开了一种配电网柔性互联装置及其控制方法，配电网柔性互联装置包括：多个AC/DC双向变流器，所述AC/DC双向变流器的DC端之间电连接，所述AC/DC双向变流器的AC端与输入端电连接；不同两组AC/DC双向变流器之前设置机械联络开关，所述机械联络开关分别相连AC/DC双向变流器的AC端电连接。在传统配电网联络开关的基础上融入AC/DC双向变流器和机械联络开关组成的柔性互联装置。实现了配网正常运行时母线、馈线间的功率流动，可充分利用负荷率较低的变电站母线功率，提高能量利用率。在满足母线、馈线实现柔性互联的同时，机械联络开关的加入可实现一旦出现故障线路时，由另一条正常运行的线路为故障线路中的负载供电。

摘要：【中文】本发明公开了一种轨道车辆的充电槽组件及具有其的充电装置。充电槽组件包括：壳体，两个导电板，两个导电板间隔设置以限定出槽体；连接组件，每个导电板通过连接组件设在壳体上，每个连接组件包括转动连接件，转动连接件分别与壳体和导电板相连，转动连接件被构造成使得每个导电板绕相互垂直的第一轴线和第二轴线可转动，第一轴线与导电板的长度方向平行，第二轴线与导电板的高度方向平行。根据本发明实施例的充电槽组件，可以缓冲导电板受到的冲击力，保证导电板与充电刀之间的接触为面接触，保证受流面积以保证充电效率。 【EN】The invention discloses a charging groove assembly of a railway vehicle and a charging device with the same. The charging slot assembly includes: the device comprises a shell and two conductive plates, wherein the two conductive plates are arranged at intervals to define a groove body; and each conductive plate is arranged on the shell through the connecting assembly, each connecting assembly comprises a rotating connecting piece, the rotating connecting pieces are respectively connected with the shell and the conductive plates, the rotating connecting pieces are constructed to enable each conductive plate to rotate around a first axis and a second axis which are perpendicular to each other, the first axis is parallel to the length direction of the conductive plate, and the second axis is parallel to the height direction of the conductive plate. According to the charging slot assembly provided by the embodiment of the invention, the impact force on the conductive plate can be buffered, the contact between the conductive plate and the charging knife is ensured to be surface contact, and the current receiving area is ensured to ensure the charging efficiency.

摘要：【中文】本发明公开了一种轨道车辆的充电系统及轨道交通系统，充电系统包括：充电刀组和充电槽组，充电刀组包括多个沿轨道车辆的宽度方向间隔设置的充电刀，多个充电刀包括正极充电刀和负极充电刀。充电槽组包括多个沿轨道梁的宽度方向间隔设置的充电槽，多个充电槽包括正极充电槽和负极充电槽，充电刀的数量与充电槽的数量不同，当轨道车辆正向行驶或反向行驶时，其中一个正极充电刀与正对的正极充电槽接触且其中一个负极充电刀与正对的负极充电槽接触。根据本发明的轨道车辆的充电系统，通过设置充电刀组和充电槽组，并设置充电刀的数量与充电槽的数量不同，可以使轨道车辆无论正向行驶或反向行驶时，均可以对轨道车辆进行充电。 【EN】The invention discloses a charging system of a rail vehicle and a rail transit system, wherein the charging system comprises: the charging knife set comprises a plurality of charging knives which are arranged at intervals along the width direction of the rail vehicle, and the plurality of charging knives comprise positive charging knives and negative charging knives. The charging slot group comprises a plurality of charging slots which are arranged at intervals along the width direction of the track beam, the plurality of charging slots comprise positive charging slots and negative charging slots, the number of the charging knives is different from that of the charging slots, when the track vehicle travels forwards or reversely, one of the positive charging knives is in contact with the positive charging slot which is just opposite, and one of the negative charging knives is in contact with the negative charging slot which is just opposite. According to the charging system of the railway vehicle, the charging knife sets and the charging slot sets are arranged, and the number of the charging knives is different from that of the charging slots, so that the railway vehicle can be charged no matter the railway vehicle runs in the forward direction or in the reverse direction.

摘要：【中文】本发明公开了一种轨道车辆的充电装置及轨道交通系统，充电装置包括：正极充电板、负极充电板和两个充电刀组。正极充电板和负极充电板沿轨道梁的宽度方向间隔分布，正极充电板和负极充电板沿上下方向间隔设置。每个充电刀组均包括沿上下方向间隔设置的正极充电刀和负极充电刀。根据本发明的轨道车辆的充电装置，当轨道车辆正向行驶或反向掉头行驶时，正极充电板均可以与其中一个充电刀组的正极充电刀接触，负极充电板均可以与另一个充电刀组的负极充电刀接触。由此，无论轨道车辆正向行驶或反向行驶均可以对轨道车辆进行充电。 【EN】The invention discloses a charging device of a rail vehicle and a rail transit system, wherein the charging device comprises: the charging device comprises a positive charging plate, a negative charging plate and two charging knife sets. Anodal charging panel and negative pole charging panel along the width direction interval distribution of track roof beam, anodal charging panel and negative pole charging panel set up along upper and lower direction interval. Every sword group that charges all includes along the anodal sword that charges and the negative pole sword that charges of upper and lower direction interval setting. According to the charging device for the railway vehicle, when the railway vehicle runs in a forward direction or runs in a reverse turning direction, the positive charging plate can be in contact with the positive charging blade of one charging blade group, and the negative charging plate can be in contact with the negative charging blade of the other charging blade group. Therefore, the rail vehicle can be charged no matter the rail vehicle runs in the forward direction or in the reverse direction.

摘要：【中文】本发明公开了一种用于轨道车辆的充电系统，包括：充电装置和受流器。充电装置设在安装空间内，充电装置包括充电轨，受流器包括受流板和驱动组件，驱动组件与受流板相连以驱动受流板在受流位置和避让位置之间移动，在受流位置受流板与充电轨接触，在避让位置受流板与充电轨分离。根据本发明的轨道车辆的充电系统，通过在受流器上设置驱动组件，驱动组件可以驱动受流板在受流位置和避让位置之间切换，由此可以提升轨道车辆的充电自主性，可以防止轨道车辆出现被动充电的现象，从而可以延长电池和受流板的使用寿命。而且，通过采用驱动组件驱动受流板与充电轨接触，可以减轻充电轨与受流板之间的摩擦和碰撞，可以减小轨道车辆在充电时的工作噪声。 【EN】The invention discloses a charging system for a rail vehicle, comprising: a charging device and a current collector. The charging device is arranged in the installation space and comprises a charging rail, the current collector comprises a current receiving plate and a driving assembly, the driving assembly is connected with the current receiving plate to drive the current receiving plate to move between a current receiving position and an avoiding position, the current receiving plate is contacted with the charging rail at the current receiving position, and the current receiving plate is separated from the charging rail at the avoiding position. According to the charging system of the railway vehicle, the driving assembly is arranged on the current collector and can drive the current receiving plate to switch between the current receiving position and the avoiding position, so that the charging autonomy of the railway vehicle can be improved, the phenomenon of passive charging of the railway vehicle can be prevented, and the service lives of the battery and the current receiving plate can be prolonged. Moreover, the current receiving plate is driven to be in contact with the charging rail by the driving assembly, so that friction and collision between the charging rail and the current receiving plate can be reduced, and working noise of the rail vehicle during charging can be reduced.

摘要：本发明公开了一种双剪腿蘑菇剪腿机，涉及蘑菇加工技术领域，包括剪腿机构，所述剪腿机构的一侧设置有检测机构，所述检测机构包括辅助架和控制器，两个所述输送辊的外表面之间传动连接有输送带，所述安装板的正表面安装有第一电机，其中一个所述矩形槽的内部设置有推板，所述U型板的内壁顶部安装有摄像头，所述安装板的正表面安装有第二电机，所述第二电机的输出端安装有单头螺纹杆，本发明通过设置检测机构，可以将剪腿后得到的菇面中混有的不规则小蘑菇给分拣出来，即保证分割剪腿下来的菇面中不会混有不规则小蘑菇，即提高双剪腿蘑菇的剪腿机使用效率。

摘要：本发明提供一种磁悬浮空调室内机和空调器，所述磁悬浮空调室内机包括：面板体(1)和底壳(2)；磁悬浮升降系统(3)，能够驱动所述面板体(1)相对于所述底壳(2)做相对靠近和相对远离的运动，以打开和关闭空调出风口。通过本发明能够使得出风口在面板体升降的过程中开启或闭合，控制过程无摩擦，超静音，能够相对于现有技术中的空调室内机有效地去除导风板机械驱动装置，利用磁悬浮升降系统，减少了导风驱动装置带来的噪音问题，使用寿命长，同时出风量可根据用户需要，实现精确控制，出风量控制精度高，整机运行时科技感十足。

摘要：【中文】一种洗衣机智能预约洗涤方法,洗衣机智能预约洗涤方法，提前接收用户的接收预约洗涤指令，根据预约洗涤指令的洗衣时间、洗涤水温度能快速通过加热方式使洗涤水升温至目标水温，当达到洗涤时间后用户可以直接进行洗衣程序。本发明只需对一部分的洗涤水进行加热，然后将这部分的洗涤水与另一部分未加热的洗涤水进行混合就能将全部洗涤水升温到目标温度，能够减少加热水的体积。该洗衣机能根据预约洗涤指令通过加热方式使洗涤水升温至目标水温，当达到洗涤时间后用户可以直接进行洗衣程序。该洗衣机还能根据用户的洗衣习惯或者用户的物理位置数据，自动执行预约洗涤指令，大大提升了洗衣机的智能化程度。 【EN】An intelligent washing appointment method for a washing machine is characterized in that a washing appointment instruction received by a user is received in advance, washing water can be quickly heated to a target water temperature in a heating mode according to washing time and washing water temperature of the washing appointment instruction, and the user can directly carry out a washing program when the washing time is up. The invention only needs to heat a part of washing water and then mixes the part of washing water with the other part of unheated washing water to heat the whole washing water to the target temperature, thereby reducing the volume of heating water. The washing machine can heat the washing water to the target water temperature through a heating mode according to the appointed washing instruction, and a user can directly carry out a washing program after the washing time is reached. The washing machine can automatically execute the washing appointment instruction according to the washing habits of the user or the physical position data of the user, and the intelligent degree of the washing machine is greatly improved.

摘要：【中文】一种滚筒洗衣机的智能开门控制方法,滚筒洗衣机设置有门体、压力传感器和控制装置，压力传感器装配于门体的把手内侧，控制装置分别与门体和压力传感器连接。压力传感器，用于检测把手受压情况得到压力信号。控制装置，用于判断滚筒洗衣机的工作是否适合开门。该滚筒洗衣机的智能开门控制方法能根据洗衣状态判断是否能开门，当能够开门时控制装置直接控制开门，当不能开门则不能打开门并提示用户。该智能开门控制方法能通过压力传感器和面部识别装置结合提高滚筒洗衣机的安全性能，而不需要专门设置童锁，不必担心由于误开门而导致出现安全风险。 【EN】An intelligent door opening control method of a roller washing machine is characterized in that the roller washing machine is provided with a door body, a pressure sensor and a control device, wherein the pressure sensor is assembled on the inner side of a handle of the door body, and the control device is respectively connected with the door body and the pressure sensor. And the pressure sensor is used for detecting the pressure condition of the handle to obtain a pressure signal. And the control device is used for judging whether the operation of the drum washing machine is suitable for opening the door. The intelligent door opening control method of the drum washing machine can judge whether the door can be opened or not according to the washing state, the control device directly controls the door to be opened when the door can be opened, and the door cannot be opened and prompts a user when the door cannot be opened. According to the intelligent door opening control method, the safety performance of the drum washing machine can be improved by combining the pressure sensor and the face recognition device, a child lock is not required to be specially arranged, and safety risks caused by mistaken door opening are avoided.

摘要：本申请公开了一种强迫换流的低损耗10kV电源快速切换开关装置，包括第一快速切换开关和第二快速切换开关，快速切换开关包括两个并联支路，一个支路中设置机械开关，另一个支路中设置电子开关和强迫换流组件，所述强迫换流组件用于实现开关中机械开关和电子开关的快速切换。采用机械开关和电子开关的同时使用的方案，将机械开关的低损耗优势和电子开关的快速导通和开断电流优势充分发挥出来。同时在电子开关支路中加入强迫换流组件，可以使整个快速切换开关不需要等待交流电流过零，就可以实现开断，这样就大大缩短了开断时间，也就缩短了整个切换时间。