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    • 1. 发明申请
    • Integrated hub control chip
    • 集成集线器控制芯片
    • US20080120454A1
    • 2008-05-22
    • US11638481
    • 2006-12-14
    • Chi-Tung ChangShih-Min LanI-Chieh Lin
    • Chi-Tung ChangShih-Min LanI-Chieh Lin
    • G06F3/00
    • G06F13/4022G06F2213/0042
    • An integrated hub control chip is applied to a motherboard of an application system. The integrated hub control chip contains an upstream port transceiver, an upstream port controller, a relaying circuit unit, a keyboard control module, a digital camera control module, a storage medium control module, and a relaying circuit controller. The keyboard control module, the digital camera control module, and the storage medium control module are directly connected to the relaying circuit controller. The relaying circuit controller switches the transmission path of the relaying circuit unit according to the transmission speed of these control modules. The upstream port controller controls the transmission direction of the upstream port transceiver to accomplish the data communication with the motherboard. The objects of saving the circuit space of motherboard, reducing the hardware cost, and increasing the purposes and expansibility of the integrated hub control chip can therefore be achieved.
    • 将集成的集线器控制芯片应用于应用系统的主板。 集成集线器控制芯片包括上行端口收发器,上游端口控制器,中继电路单元,键盘控制模块,数字照相机控制模块,存储介质控制模块和中继电路控制器。 键盘控制模块,数码相机控制模块和存储介质控制模块直接连接到继电电路控制器。 中继电路控制器根据这些控制模块的传输速度切换中继电路单元的传输路径。 上行端口控制器控制上行端口收发器的传输方向,完成与主板的数据通信。 因此可以实现节省主板电路空间,降低硬件成本,增加集成集线器控制芯片的目的和可扩展性的目的。
    • 2. 发明申请
    • Bridging device with power-saving function
    • 桥接装置具有省电功能
    • US20100088454A1
    • 2010-04-08
    • US12492123
    • 2009-06-25
    • Chi-Tung ChangShih-Min LanI-Chieh Lin
    • Chi-Tung ChangShih-Min LanI-Chieh Lin
    • G06F13/20G06F1/32
    • G06F1/325G06F1/3215Y02D50/20
    • A bridging device with power-saving function includes first and second interfaces, first and second physical layer processing devices, and a controller. The first interface is utilized for coupling a first external device complying with the first interface. The first external device receives a device request signal, and accordingly sends back a device response signal through the first physical layer processing device. The second interface is utilized for coupling a second external device complying with the second interface. The controller is coupled between the first and the second physical layer processing device for transmitting the device request signal with the predetermined frequency to the first physical layer processing device in order to receive the device response signal. When the controller does not receive the device response signal, the controller turns the second physical layer processing device off.
    • 具有省电功能的桥接装置包括第一和第二接口,第一和第二物理层处理装置和控制器。 第一接口用于耦合符合第一接口的第一外部设备。 第一外部设备接收设备请求信号,并因此通过第一物理层处理设备发回设备响应信号。 第二接口用于耦合符合第二接口的第二外部设备。 控制器耦合在第一和第二物理层处理设备之间,用于将具有预定频率的设备请求信号发送到第一物理层处理设备,以便接收设备响应信号。 当控制器没有收到设备响应信号时,控制器关闭第二个物理层处理设备。
    • 3. 发明申请
    • Card reader integrated with touch button control and control chip module thereof
    • 读卡器集成了触摸按钮控制和控制芯片模块
    • US20090289118A1
    • 2009-11-26
    • US12153457
    • 2008-05-20
    • Chi-Tung ChangShih-Min LanI-Chieh Lin
    • Chi-Tung ChangShih-Min LanI-Chieh Lin
    • G06K7/06
    • G06K7/0008
    • A card reader integrated with touch button control, which is applicable in an application system, the said card reader comprises: a touch sensing interface, at least a memory card interface, an interface connection unit and a control chip memory. Herein the touch sensing interface consists of plural touch buttons, and the memory card interface is used to connect a memory card. Furthermore, the interface connection unit is connected to a system connection unit of the application system; the control chip module is connected to the touch sensing interface and the memory card interface, and, in terms of the touch sensing interface and the memory card interface, respectively uses different specification of device class to build the connection with the application system in order to perform signal transmission. The card reader is thereby enabled to achieve the objectives of providing features of controlling touch buttons and accessing memory cards.
    • 一种集成了适用于应用系统的触摸按钮控制的读卡器,所述读卡器包括:触摸感测接口,至少存储卡接口,接口连接单元和控制芯片存储器。 这里,触摸感测接口由多个触摸按钮构成,存储卡接口用于连接存储卡。 此外,接口连接单元连接到应用系统的系统连接单元; 控制芯片模块连接到触摸感应接口和存储卡接口,并且在触摸感测接口和存储卡接口方面,分别使用不同规格的设备类与应用系统建立连接,以便 执行信号传输。 因此,读卡器能够实现提供控制触摸按钮和访问存储卡的特征的目的。
    • 4. 发明申请
    • Multi-computer switch with function of transmitting data between computers
    • 具有在计算机之间传输数据功能的多计算机交换机
    • US20090296723A1
    • 2009-12-03
    • US12219558
    • 2008-07-24
    • Chi-Tung ChangChien-Han HuangShih-Min Lan
    • Chi-Tung ChangChien-Han HuangShih-Min Lan
    • H04L12/28
    • H04L12/4625
    • A multi-computer switch with a function of transmitting data between computers includes a multiple of hub units, at least one data transmission control unit and a switching interface control unit. Each hub unit includes an upstream port and a multiple of downstream ports. The upstream port is connected to a computer system, and each downstream port further includes at least one first downstream port and at least one second downstream port. The data transmission control unit is bridged to a first downstream port of any two hub units for transmitting data between computer systems connected to the two hub units according to a data exchange signal. The switching interface control unit switches and connects at least one first common peripheral to the second downstream port of one of the hub units to achieve the effect of timely transmitting data in different computers.
    • 具有在计算机之间传输数据功能的多计算机交换机包括多个集线器单元,至少一个数据传输控制单元和切换接口控制单元。 每个集线器单元包括上游端口和多个下游端口。 上游端口连接到计算机系统,并且每个下游端口还包括至少一个第一下游端口和至少一个第二下游端口。 数据传输控制单元桥接到任何两个集线器单元的第一下游端口,用于根据数据交换信号在连接到两个集线器单元的计算机系统之间传输数据。 交换接口控制单元将至少一个第一公共外设切换并连接到一个集线器单元的第二下游端口,以实现在不同计算机中及时发送数据的效果。
    • 6. 发明申请
    • KVM switch and operation method thereof
    • KVM切换及其操作方法
    • US20090210608A1
    • 2009-08-20
    • US12155686
    • 2008-06-09
    • Chi-Tung ChangJia-Lung WangShih-Min Lan
    • Chi-Tung ChangJia-Lung WangShih-Min Lan
    • G06F13/00
    • G06F13/4022G06F2213/4004
    • A KVM switch and an operation method thereof can share at least one USB device to a plurality of computers, and the computers can directly communicate with the USB device through a switch module. The KVM switch further comprises a microprocessor and a USB controller. When switching in the KVM switch, by using the set information command in USB specification, the microprocessor can control the USB controller to interfere in setting the USB device to become receiving a signal sent by the computer which recognition data is representative. Then, the computers need not execute the enumeration process to recognize the USB device in every switching time. Hence, the KVM switch can improve the compatibility problem and increase switching efficiency.
    • KVM切换器及其操作方法可以将多个计算机共享至少一个USB设备,并且计算机可以通过开关模块直接与USB设备进行通信。 KVM切换器还包括微处理器和USB控制器。 当切换KVM切换器时,通过使用USB规范中的set information命令,微处理器可以控制USB控制器干扰USB设备的设置,以接收由计算机发送的识别数据代表的信号。 然后,计算机不需要在每个切换时间内执行枚举过程来识别USB设备。 因此,KVM切换器可以提高兼容性问题,提高切换效率。
    • 7. 发明授权
    • Expresscard device
    • Expresscard设备
    • US07285023B1
    • 2007-10-23
    • US11714795
    • 2007-03-07
    • Chi-Tung ChangChi-Lei KaoShih-Min Lan
    • Chi-Tung ChangChi-Lei KaoShih-Min Lan
    • H01R25/00
    • H01R25/00Y10S439/945
    • An ExpressCard device is applied to a computer system, and comprises a USB connector, an ExpressCard interface connector, and a control unit. The USB connector is used to connect with a USB interface provided by the computer system, the ExpressCard interface connector is used to connect with an ExpressCard interface provided by the computer system, and the control unit is used to transmit data to the computer system via either the ExpressCard interface connector or the USB connector at the same time. The ExpressCard interface connector is based on the USB standard so that the ExpressCard interface connector or the USB connector is connected with the control unit via a same USB signal pin. Thereby, the present invention allows a single ExpressCard device without an adapter to be applied to the computer system with different connection interfaces.
    • ExpressCard设备应用于计算机系统,包括USB连接器,ExpressCard接口连接器和控制单元。 USB连接器用于与计算机系统提供的USB接口连接,ExpressCard接口连接器用于与计算机系统提供的ExpressCard接口连接,控制单元用于通过以下任一方式将数据传输到计算机系统: ExpressCard接口连接器或USB连接器。 ExpressCard接口连接器基于USB标准,因此ExpressCard接口连接器或USB连接器通过相同的USB信号引脚与控制单元连接。 因此,本发明允许将具有适配器的单个ExpressCard设备应用于具有不同连接接口的计算机系统。
    • 8. 发明申请
    • Data transmission bridge device and control chip thereof for transmitting data
    • 数据传输桥接器件及其控制芯片,用于传输数据
    • US20090268743A1
    • 2009-10-29
    • US12153629
    • 2008-05-22
    • Chi-Tung ChangShih-Min LanJia-Lung Wang
    • Chi-Tung ChangShih-Min LanJia-Lung Wang
    • H04L12/28
    • G06F13/4045
    • A data transmission bridge device for transmitting data that adheres to USB specification for transmitting data and includes: a first connecting interface, a second connecting interface, and a control chip. The first connecting interface is used for connecting a first host device, and the second connecting interface is used for connecting a second host device or a slave device. The control chip connects the first connecting interface and the second connecting interface, and further includes two transmission paths. The control chip detects which device is connecting to the second connecting interface, and switch to select one of the two transmission paths for transmitting data between the first connecting interface and the second connecting interface. Therefore, the present invention can achieve the purpose that the host device can bridge and transmit data with any other device conveniently.
    • 一种数据传输桥接装置,用于发送遵守用于发送数据的USB规范的数据,包括:第一连接接口,第二连接接口和控制芯片。 第一连接接口用于连接第一主机设备,第二连接接口用于连接第二主机设备或从设备。 控制芯片连接第一连接接口和第二连接接口,并且还包括两个传输路径。 控制芯片检测哪个设备正在连接到第二连接接口,并切换到选择两个传输路径之一,以在第一连接接口和第二连接接口之间传输数据。 因此,本发明可以实现主机设备与任何其他设备方便地桥接和传输数据的目的。
    • 10. 发明申请
    • COMPUTER PERIPHERAL APPARATUS
    • 电脑外围设备
    • US20110202692A1
    • 2011-08-18
    • US12758821
    • 2010-04-13
    • Chi-Tung ChangI-Chieh Lin
    • Chi-Tung ChangI-Chieh Lin
    • G06F3/00
    • G06F1/1632G06F2213/0038
    • The present invention discloses a computer peripheral apparatus. The computer peripheral apparatus includes an USB hub, at least one build-in card reader, and a controller. Each build-in card reader is electrically connected to one built-in downstream port of the USB hub. The controller connects to the USB hub and the build-in card reader to monitor the connection requirement of the build-in card reader. When the controller determines the build-in card reader does not need to be kept connected, the controller sets the status of its corresponding built-in downstream port as a “first status,” which defines the corresponding built-in downstream port is not connected. Thus, the computer system is informed that the built-in downstream port is not connected. Therefore, if there are no USB devices connecting to other downstream ports of the USB hub, the entire computer peripheral apparatus can enter into hibernation mode, thereby lowering the power consumption
    • 本发明公开了一种计算机外围设备。 计算机外围设备包括USB集线器,至少一个内置读卡器和控制器。 每个内置读卡器电连接到USB集线器的一个内置下游端口。 控制器连接到USB集线器和内置读卡器,以监控内置读卡器的连接要求。 当控制器确定内置读卡器不需要保持连接时,控制器将其对应的内置下行端口的状态设置为“第一状态”,定义相应的内置下行端口未连接 。 因此,通知计算机系统内置下游端口未连接。 因此,如果没有USB设备连接到USB集线器的其他下游端口,则整个计算机外围设备可以进入休眠模式,从而降低功耗