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    • 1. 发明授权
    • Flash storage system with data storage security
    • Flash存储系统具有数据存储安全性
    • US07596655B2
    • 2009-09-29
    • US11368488
    • 2006-03-07
    • Yu-Hsien WangChanson LinTung-Hsien WuChien-Chang SuGow-Jeng LinChing-Chung HsuKuang-Yuan Chen
    • Yu-Hsien WangChanson LinTung-Hsien WuChien-Chang SuGow-Jeng LinChing-Chung HsuKuang-Yuan Chen
    • G06F12/00
    • G06F12/0246
    • A flash storage comprises a flash memory, including a plurality of physical memory blocks, each of physical memory blocks comprising a plurality of memory segments, and a plurality of physical sectors, and each of physical sectors being further provided therein with at least a user data column and a logical address pointer column. When physical data is written into the user data column, writing logical address pointer data into the logical address pointer column of the same physical sector may be performed together by the control of a micro-controller. Furthermore, the logical address pointer data in the same memory segment are arranged to be a backup memory segment address mapping table and then stored in one physical memory block. The backup memory segment address mapping table may be loaded directly and stored into a registered memory by the micro-controller when the system boots. Thus, not only shortening the startup duration of the flash storage, but also saving the memory capacity of the registered memory and securing data access may be obtained.
    • 闪存存储器包括闪速存储器,其包括多个物理存储器块,每个物理存储器块包括多个存储器段和多个物理扇区,并且每个物理扇区进一步在其中提供至少一个用户数据 列和逻辑地址指针列。 当将物理数据写入用户数据列时,可以通过微控制器的控制将逻辑地址指针数据写入相同物理扇区的逻辑地址指针列中。 此外,同一存储器段中的逻辑地址指针数据被布置为备份存储器段地址映射表,然后存储在一个物理存储器块中。 备份存储器段地址映射表可以在系统启动时由微控制器直接加载并存储到注册的存储器中。 因此,不仅可以缩短闪存存储器的启动持续时间,还可以节省注册存储器的存储容量并保护数据访问。
    • 2. 发明申请
    • Flash storage
    • 闪存存储
    • US20060271727A1
    • 2006-11-30
    • US11368488
    • 2006-03-07
    • Yu-Hsien WangChanson LinTung-Hsien WuChien-Chang SuGow-Jeng LinChing-Chung HsuKuang-Yuan Chen
    • Yu-Hsien WangChanson LinTung-Hsien WuChien-Chang SuGow-Jeng LinChing-Chung HsuKuang-Yuan Chen
    • G06F12/00G06F12/16
    • G06F12/0246
    • A flash storage comprises a flash memory, including a plurality of physical memory blocks, each of physical memory blocks comprising a plurality of memory segments, and a plurality of physical sectors, and each of physical sectors being further provided therein with at least a user data column and a logical address pointer column. When physical data is written into the user data column, writing logical address pointer data into the logical address pointer column of the same physical sector may be performed together by the control of a micro-controller. Furthermore, the logical address pointer data in the same memory segment are arranged to be a backup memory segment address mapping table and then stored in one physical memory block. The backup memory segment address mapping table may be loaded directly and stored into a registered memory by the micro-controller when the system boots. Thus, not only shortening the startup duration of the flash storage, but also saving the memory capacity of the registered memory and securing data access may be obtained.
    • 闪存存储器包括闪速存储器,其包括多个物理存储器块,每个物理存储器块包括多个存储器段和多个物理扇区,并且每个物理扇区进一步在其中提供至少一个用户数据 列和逻辑地址指针列。 当将物理数据写入用户数据列时,可以通过微控制器的控制将逻辑地址指针数据写入相同物理扇区的逻辑地址指针列中。 此外,同一存储器段中的逻辑地址指针数据被布置为备份存储器段地址映射表,然后存储在一个物理存储块中。 备份存储器段地址映射表可以在系统启动时由微控制器直接加载并存储到注册的存储器中。 因此,不仅可以缩短闪存存储器的启动持续时间,还可以节省注册存储器的存储容量并保护数据访问。
    • 4. 发明申请
    • Data storage device having multiple buffers
    • 具有多个缓冲器的数据存储装置
    • US20060114728A1
    • 2006-06-01
    • US11046813
    • 2005-02-01
    • Chanson LinYu-Hsien WangHung HuangPo Fan
    • Chanson LinYu-Hsien WangHung HuangPo Fan
    • G11C7/10
    • G11C7/1051G06F13/1673G11C7/106G11C2207/2245
    • A data storage device having multiple buffers is proposed. When storing data, a controller makes use of a host's bus to select and transmit multiple block data to multiple buffers for temporary storage and then records relevant details. Next, the controller transmits the data from the buffers to a storage connected with the controller. When retrieving data, the controller selects the data from the storage and temporarily stores the data in the buffers and then records relevant details. Subsequently, the controller transmits the data to the host. The controller is used to control the operations of the host, the buffers, and the storage. Multiple buffers are exploited to achieve the maximum bandwidth of the transmission interface of the host to increase the transmission speed.
    • 提出了具有多个缓冲器的数据存储装置。 存储数据时,控制器利用主机总线选择并传输多个数据块到多个缓冲区进行临时存储,然后记录相关细节。 接下来,控制器将数据从缓冲器发送到与控制器连接的存储器。 当检索数据时,控制器从存储器中选择数据,并将数据临时存储在缓冲器中,然后记录相关细节。 随后,控制器将数据发送到主机。 控制器用于控制主机,缓冲区和存储器的操作。 利用多个缓冲器来实现主机传输接口的最大带宽,以提高传输速度。
    • 6. 发明授权
    • Method for determining transmitting mode of a memory card with multiple interface functions
    • 用于确定具有多个接口功能的存储卡的发送模式的方法
    • US07254650B2
    • 2007-08-07
    • US10884995
    • 2004-07-07
    • Chanson LinChung-Liang LeeJui-Jung Tai
    • Chanson LinChung-Liang LeeJui-Jung Tai
    • G06F3/00
    • G06K19/07732G06K7/0008G06K7/10297G06K19/07G06K19/07733
    • A memory card with multiple interface functions is provided. The memory card comprises a multiple interface controller, comprising at least a USB processor, MMC/HS MMC processor and SD processor, and each processor individually connected to a data r/w controller and a shared interface bus, the data r/w controller connected to at least a data-storage medium, and shared interface bus connected to a computer system or IA product. The function of a mode detector/switch is used for detecting the compatible transmitting mode of the connected computer system or IA products, and to switch shared interface bus to match USB processor, MMC/HS MMC processor or SD processor for application. Thus, selecting transmitting mode between data r/w controller and the computer system or IA products connected thereto, the present invention does not only economize on the usage of card reader but also could be applied to various transmitting interface devices and enhancing on its user-friendly performance.
    • 提供了具有多种接口功能的存储卡。 该存储卡包括一个多接口控制器,至少包括一个USB处理器,MMC / HS MMC处理器和SD处理器,每个处理器分别连接到一个数据r / w控制器和一个共享接口总线,数据r / w控制器连接 至少一个数据存储介质和连接到计算机系统或IA产品的共享接口总线。 模式检测器/开关的功能用于检测连接的计算机系统或IA产品的兼容传输模式,并切换共享接口总线以匹配USB处理器,MMC / HS MMC处理器或SD处理器进行应用。 因此,在数据r / w控制器与连接到其的计算机系统或IA产品之间选择发送模式,本发明不仅节省了读卡器的使用,而且还可以应用于各种发送接口设备,并且增强其用户 - 友好的表现。
    • 8. 发明授权
    • Detection method used in adaptor capable of inserting various kinds of memory cards
    • 适用于插入各种存储卡的适配器的检测方法
    • US06725291B2
    • 2004-04-20
    • US10050124
    • 2002-01-18
    • Chen Nan LaiChanson LinTsair-Jinn Cheng
    • Chen Nan LaiChanson LinTsair-Jinn Cheng
    • G06F1300
    • G06K7/0069G06F1/1632
    • The present invention relates to a detection method used in a memory card adaptor and, more particularly, to a detection method used in an adaptor capable of inserting various kinds of memory cards. The present invention comprises mainly the steps of: a control device on an adaptor issuing an identification command to detect a memory card responsive to the identification command, and the control device issuing again a reset command to detect a reset-type memory card if there is no corresponding response; the control device continually awaiting a response signal if there is still no corresponding response; the control device entering a read/write mode corresponding to the memory card if a corresponding response is obtained after issuing the command; and the control device awaiting a read/write command of said master device. The present invention can effectively enhance detection and identification efficiency without the need of adding a hardware switching device.
    • 本发明涉及一种在存储卡适配器中使用的检测方法,更具体地,涉及一种能够插入各种存储卡的适配器中使用的检测方法。 本发明主要包括以下步骤:适配器上的控制装置,根据识别命令发出识别命令以检测存储卡,并且控制装置再次发出复位命令以检测复位型存储卡,如果存在 没有相应的反应; 如果仍然没有相应的响应,则控制装置连续地等待响应信号; 如果在发出命令之后获得对应的响应,则控制装置进入对应于存储卡的读/写模式; 以及所述控制装置等待所述主装置的读/写命令。 本发明可以有效地提高检测和识别效率,而无需添加硬件交换设备。
    • 9. 发明授权
    • Apparatus and method accessing flash memory
    • 装置和方法访问闪存
    • US06237110B1
    • 2001-05-22
    • US09165496
    • 1998-10-02
    • Chanson LinJoe Shyu
    • Chanson LinJoe Shyu
    • G06F1120
    • G11C29/765G06F12/0246
    • A method is suggested for accessing a memory device comprising a plurality of flash memory blocks among which are accessible blocks while some others are spare blocks for usage when there's an overwriting in an accessible block, thereby the substantial difference between a flash memory system and a conventional memory system will not prevent the flash memory system from being applied easily and conveniently, whereby the flash memory system can be used to replace conventional memory systems which are relatively limited by environmental conditions, control mechanism, storage density, as well as reliability.
    • 提出了一种用于访问包括多个闪存块的存储器件的方法,其中存储器块是可访问块,而一些其它存储器件是在可访问块中存在重写时用于备用块,因此闪存系统与常规 存储系统不会阻止闪存系统的轻松和方便地应用,由此闪存系统可以用于替代由环境条件,控制机制,存储密度以及可靠性相对受限的常规存储器系统。
    • 10. 发明申请
    • METHOD FOR INCREASING RELIABILITY OF DATA ACCESSING FOR A MULTI-LEVEL CELL TYPE NON-VOLATILE MEMORY
    • 提高数据访问对于多级单元类型非易失性存储器的可靠性的方法
    • US20120311243A1
    • 2012-12-06
    • US13491601
    • 2012-06-08
    • Chanson Lin
    • Chanson Lin
    • G06F12/02
    • G06F12/0246G06F2212/1036G06F2212/7202G11C16/22
    • The primary object of the present invention is to provide a data accessing method for a multi level cell type non-volatile memory, including a plurality of storage cells, each storage cell has 0th˜Mth bits, each Kth bit of the storage cells respectively form a Kth order bit page, wherein 0≦K≦M, the data accessing method comprising: mapping a logical page onto a plurality of physical pages when a computer system is going to access the multi-level cell type non-volatile memory; taking a plurality of temporary data storage blocks of the multi-level cell type non-volatile memory For data accessing by the computer system based on the multi-level cell type non-volatile memory; and providing a page jumper to only select the Kth order bit page of physical pages to store in one temporary data storage block.
    • 本发明的主要目的是提供一种包括多个存储单元的多级单元型非易失性存储器的数据存取方法,每个存储单元具有第0位至第M位,存储单元的每个第K位分别形成 一个第K阶位页,其中0≦̸ K≦̸ M,所述数据访问方法包括:当计算机系统要访问所述多级单元类型的非易失性存储器时,将逻辑页映射到多个物理页上; 获取多级单元类型非易失性存储器的多个临时数据存储块用于基于多级单元类型非易失性存储器的计算机系统的数据访问; 并提供一个页面跳线,仅选择物理页面的第K个位页面存储在一个临时数据存储块中。