摘要：【中文】公开一种操作存储装置的方法、存储装置和存储系统。在一种操作包括多个盘的存储装置的方法中，所述多个盘被分别划分为多个日志区和多个数据区。当接收到对所述多个盘之中的多个目标盘的写入命令时，执行第一写入操作，以将待写入的目标数据存储到所述多个目标盘的日志区中。所述多个目标盘包括在同一阵列中。在第一写入操作完成之后，执行第二写入操作，以将目标数据存储到所述多个目标盘的数据区中。 【EN】A method of operating a storage device, a storage device and a storage system are disclosed. In a method of operating a storage apparatus including a plurality of disks, the plurality of disks are divided into a plurality of log areas and a plurality of data areas, respectively. When a write command to a plurality of target disks among the plurality of disks is received, a first write operation is performed to store target data to be written in log areas of the plurality of target disks. The plurality of target disks are included in the same array. After the first write operation is completed, a second write operation is performed to store target data into the data areas of the plurality of target disks.

摘要：【中文】公开电子装置和存储装置。所述电子装置包括存储器和处理器。存储器存储关于存储装置的数据区域的第一位置的第一数据和关于数据区域的第二位置的第二数据。当包括在第一页中的第一数据的大小小于参考大小并且包括在与第一页不同的第二页中的第二数据的第二大小小于所述参考大小时，处理器输出包括第一数据和第二数据的数据块，并且输出与关于第一数据的第一位置有关的第一元数据和与关于第二数据的第二位置有关的第二元数据。数据块的大小小于第一页的大小和第二页的大小的第一和。 【EN】Electronic devices and storage devices are disclosed. The electronic device includes a memory and a processor. The memory stores first data regarding a first location of a data area of the storage device and second data regarding a second location of the data area. When a size of first data included in a first page is smaller than a reference size and a second size of second data included in a second page different from the first page is smaller than the reference size, the processor outputs a data block including the first data and the second data, and outputs first metadata related to a first position with respect to the first data and second metadata related to a second position with respect to the second data. The size of the data block is smaller than a first sum of the size of the first page and the size of the second page.

摘要：【中文】本发明涉及一种电子物料转运筐、物料转运系统及物料存储方法，电子物料转运筐包括筐体，所述筐体内设有用于与物料盘定位配合的物料盘定位结构，筐体上还设有用于使自动识别设备识别筐体内物料信息的筐体识别标识。通过物料盘定位结构与物料盘定位配合方便自动抓取设备抓取物料盘，以实现物料盘在筐体内的自动存取；过自动识别设备可识别筐体的物料信息，从而通过输送设备将装有物料盘的筐体转运至设定位置实现物料的自动转运。解决了现有技术中存在的电子产品存储不方便的问题。 【EN】The invention relates to an electronic material transfer basket, a material transfer system and a material storage method. The material tray positioning structure is matched with the material tray in a positioning way, so that the material tray can be conveniently grabbed by automatic grabbing equipment, and the automatic access of the material tray in the basket body is realized; the material information of the basket body can be identified through the automatic identification equipment, so that the basket body with the material tray is transferred to a set position through the conveying equipment to realize automatic transfer of materials. The problem of the electronic product storage that exists among the prior art inconvenient is solved.

摘要：【中文】本发明提出一种改进的电缆搪铅方法，包括以下步骤：将预搪铅模具固定于电缆护套的顶端；沿预搪铅模具的端口向预搪铅模具中匀速注入熔融状态的搪铅料；待预搪铅管体冷却后，取下预搪铅模具；锯出若干个空气叉口；将电缆中间接头的一端伸入搪铅管体的管腔，利用锤子敲打搪铅管体的顶端，使顶端与电缆中间接头另一端的外侧面卡紧；对搪铅管体加温。本发明克服了传统电缆搪铅方法需要工作人员同时对电缆中间接头和电缆护套两者进行搪铅的弊端，降低了对工作人员的搪铅工艺技术的要求，提高了工作人员的工作效率，进一步提高了搪铅完成的质量和电缆中间接头的寿命。 【EN】The invention provides an improved cable lead-coating method, which comprises the following steps: fixing a pre-lead-lined mould on the top end of the cable sheath; injecting molten lead lining material into the pre-lead lining mould at a constant speed along the port of the pre-lead lining mould; after the pre-lead-lined pipe body is cooled, taking down the pre-lead-lined mould; sawing a plurality of air fork openings; one end of the cable intermediate joint extends into a tube cavity of the lead-lined tube body, and the top end of the lead-lined tube body is knocked by a hammer to enable the top end to be tightly clamped with the outer side face of the other end of the cable intermediate joint; heating the lead-lined pipe body. The method overcomes the defect that the traditional cable lead-enameling method needs workers to enamel both the cable intermediate joint and the cable sheath at the same time, reduces the requirements on the lead-enameling process technology of the workers, improves the working efficiency of the workers, and further improves the quality of lead-enameling completion and the service life of the cable intermediate joint.