Abstract: A cipher data box comprises: a housing; a printed circuit board; a first connector; a second connector; a controller, having a unique first identification code; a key seat; and a key, having a unique second identification code; therefore, when the key is inserted into the key seat and the first identification code is same as the second identification code, the storage device can be normally accessed, and the data therein will be encrypted/decrypted. Furthermore, for further enhancing the security function of the storage device, a plurality of cipher data boxes of the present invention can be cascade each other.

Abstract: An encryption removable storage system that enables different types of storage devices to be conveniently added or removed from a cradle of a computer or equipment and with data encryption/decryption ability, which comprising: an enclosure portion that can slide in and out of said cradle portion, having a hollow space for containing said storage devices and providing connection of the electrical signals of said storage devices; and a bridge portion that can be positioned inside said enclosure portion with the ability of translating a first interface into a second interface and executing data encryption/decryption function, wherein, said first interface is different to said second interface either in signals type or physical connecting type.

Abstract: A mass storage cradle device that enables different types of storage devices to be conveniently added or removed from a computer or equipment without disassembling and reassembling the computer or equipment which comprising: a cradle portion that can be secured to a drive bay of the computer or equipment, which comprises openings; an enclosure portion that can slide in and out of the cradle portion for containing the storage devices and providing connection of the electrical signals of the storage devices; and a bridge portion that can be positioned inside the enclosure portion and comprises a first interface as well as a second interface, wherein, the first interface is different to the second interface, either in signals type or physical connecting type.

Abstract: A combo internal and external storage system which comprising: an enclosure portion, having a plurality of openings on it's real wall and a hollow space for containing the storage device which further comprises a first power interface and a first data interface; and a first PCB, being disposed in the hollow space and further comprising a first connector, a second power interface, a second data interface, a second connector and a power connector; wherein the first connector is used to connect to the first power interface and first data interface of the storage device, the second data interface and second data interface are used to connect to a power interface and data interface of the cradle portion, and the second connector and power connector are used to connect to the computer or equipment by the cable.

Abstract: A flash memory encryption device that enables different types of flash memory cards to be conveniently inserted into or removed from, which comprising: a housing, having an upper housing and a lower cover that can be mutually engaged together for forming a room, wherein the housing further comprises a opening; a printed circuit board, disposed in the room; a first connector, disposed on the printed circuit board and exposed outward the opening for providing at least one memory card being inserted or removed; a controller, disposed on the printed circuit board and coupled to the first connector for receiving data from the first connector and executing encryption or decryption operation then output; and a second connector, disposed on the printed circuit board and coupled to the controller for connecting the flash memory encryption device to a host computer.

Abstract: A crypto pass-through dangle that enables various memory devices with USB interface to be conveniently inserted into or removed from with encryption/decryption function, which comprising: a housing, having an upper housing and a lower cover that can be mutually engaged together for forming a space, wherein the housing further comprises a first opening and a second opening; a printed circuit board, disposed in the space; a first connector, disposed on the printed circuit board and exposed outward the first opening for being inserted into or removed from a USB slot of a host computer; a controller, disposed on the printed circuit board and coupled to the first connector for receiving data from the first connector or transmitting data to the first connector and executing encryption/decryption operation then output; and a second connector, disposed on the printed circuit board and coupled to the controller for connecting the controller to a memory device with a USB interface.

Abstract: A flash memory encryption device that enables different types of flash memory cards to be conveniently inserted into or removed from, which comprising: a housing, having an upper housing and a lower cover that can be mutually engaged together for forming a room, wherein the housing further comprises a opening; a printed circuit board, disposed in the room; a first connector, disposed on the printed circuit board and exposed outward the opening for providing at least one memory card being inserted or removed; a controller, disposed on the printed circuit board and coupled to the first connector for receiving data from the first connector and executing encryption or decryption operation then output; and a second connector, disposed on the printed circuit board and coupled to the controller for connecting the flash memory encryption device to a host computer.

Abstract: An encryption removable storage system that enables different types of storage devices to be conveniently added or removed from a cradle of a computer or equipment and with data encryption/decryption ability, which comprising: an enclosure portion that can slide in and out of said cradle portion, having a hollow space for containing said storage devices and providing connection of the electrical signals of said storage devices; and a bridge portion that can be positioned inside said enclosure portion with the ability of translating a first interface into a second interface and executing data encryption/decryption function, wherein, said first interface is different to said second interface either in signals type or physical connecting type.

Abstract: A mass storage cradle device that enables different types of storage devices to be conveniently added or removed from a computer or equipment without disassembling and reassembling the computer or equipment which comprising: a cradle portion that can be secured to a drive bay of the computer or equipment, which comprises openings; an enclosure portion that can slide in and out of the cradle portion for containing the storage devices and providing connection of the electrical signals of the storage devices; and a bridge portion that can be positioned inside the enclosure portion and comprises a first interface as well as a second interface, wherein, the first interface is different to the second interface, either in signals type or physical connecting type.

Abstract: A smart switch design in an external data storage or a flash memory reader/writer application that controls a power on/off to both a data storage device and an electronic bridge board inside a interface cable, the external data storage including: an enclosure for protecting interior elements; a switch with first and second ends, the first end connected to a wire of the electronic bridge board for receiving a power signal from a computer via an interface cable, the second end is connected to a power signal pin of the data storage device and an ASIC of the electronic bridge board; when the switch turns on (or the flash memory card insert into said slot) the data storage device (or the flash memory card) and the ASIC of the electronic bridge board gets the power signal from the computer and automatically issues the necessary handshake signals to the computer to establish the electrical communication to the data storage device (or the flash memory card).

Abstract: A cable power indicator for indicating the power of a power cable is presented or not, which comprises: a power cable, having at least one connector and a cable, wherein, the cable comprises at least one positive wire and a ground wire, and the positive wire and ground wire is connected to the connector respectively; an indicator, coupled to the positive wire and the ground wire of the connector at the end of the power cable, for indicating the power of the power cable being presented or not; and a resistor, coupled to the indicator for limiting the current draw to the indicator; thereby, the presence of power at the end of the power cable can be easily confirmed by the indicator.

Abstract: A Universal Storage Interface Bus external storage device includes an IDE storage device, a ribbon cable, an USIB connector conversion board, an USIB interface conversion device containing an USIB interface conversion board, and an interface cable. The IDE data storage device couples with a first connector of the ribbon cable and the ribbon cable further has a second connector. The USIB connector conversion board has a third connector and a fourth connector, and the third connector couples with the second connector for converting a signal of the third connector into a signal of the fourth connector. The USIB interface conversion cable device provides a fifth connector, an USIB interface conversion board, and a sixth connector. A cable is between and connecting with the USIB interface conversion board and the sixth connector. The fifth connector couples with the fourth connector and the sixth connector thereof couples with an input/output port of a personal computer.

Abstract: A console drive that enables different sizes of storage devices to be conveniently added or removed from a computer or equipment without disassembling and reassembling the computer or equipment, having a console bay that is secured to a drive bay of the computer or equipment on the side by screws; a console tray that slides in and out of the console bay; and a console enclosure that slides in and out of the console tray for containing the storage devices and providing connection of the electrical signals of the storage devices.

Abstract: A cartridge design allows any standard size IDE hard drive to be used like a removable media. The cartridge with the hard drive can then be connected to any computing devices via various interface ports such as USB, Firewire, PCMCIA, Parallel or any new IO ports. The cartridge consists of a disk connecting board, a cartridge housing and an eject mechanism to remove the hard drive from the cartridge.

Abstract: A smart switch design in the external data storage or a flash memory reader/writer application that controls the power on/off to both a data storage device and a electronic bridge board inside a interface cable, said external data storage comprising: an enclosure for protecting interior elements; a switch comprises two ends, first one connects to a wire of said electronic bridge board for getting a power signal from a computer via said interface cable, the other one connects to a power signal pin of said data storage device and a ASIC of said electronic bridge board; when the switch turns on (or said flash memory card insert into said slot) said data storage device (or said flash memory card) and said ASIC of said electronic bridge board gets the power signal from said computer and automatically issues the necessary handshake signals to said computer to establish the electrical communication to said data storage device (or said flash memory card).

Abstract: A Console Drive that enables different sizes of storage devices to be conveniently added or removed from a computer or equipment without disassembling and reassembling the computer or equipment, comprising: a Console Bay that can be secured to a drive bay of the computer or equipment on the side by screws; a Console Tray that can slide in and out of the Console Bay; and a Console Enclosure that can slide in and out of the Console Tray for containing the storage devices and providing connection of the electrical signals of the storage devices.

Abstract: A cartridge design allows any standard size IDE hard drive to be used like a removable media. The cartridge with the hard drive can then be connected to any computing devices via various interface ports such as USB, Firewire, PCMCIA, Parallel or any new IO ports. The cartridge consists of a disk connecting board, a cartridge housing and an eject mechanism to remove the hard drive from the cartridge.

Abstract: A Universal Storage Interface Bus external storage device comprises an IDE storage device, a ribbon cable, an USIB connector conversion board, an USIB interface conversion device containing an USIB interface conversion board, and an interface cable. The IDE data storage device couples with a first connector of the ribbon cable and the ribbon cable further has a second connector. The USIB connector conversion board has a third connector and a fourth connector, and the third connector couples with the second connector for converting a signal of the third connector into a signal of the fourth connector. The USIB interface conversion cable device provides a fifth connector, an USIB interface conversion board, and a sixth connector. A cable is between and connecting with the USIB interface conversion board and the sixth connector. The fifth connector couples with the fourth connector and the sixth connector thereof couples with an input/out port of a personal computer.

Abstract: An improved soft inside enclosure for shock protection of a variety of external electronic and computer peripheral comprises a set of substantially evenly spaced small columns of Micro Shock Absorber (MSA) protrusions that are integrated on the inside surfaces of the soft inside enclosure. Additionally, the base wall of the MSA structure can include a set of micro venting features for the improvement of heat dissipation from the enclosed devices to the ambient. A number of specific candidate materials are also presented for the construction of the soft inside enclosure with the MSA structure. A method for the systematic and experimental determination of a specific design of the MSA structure based on its durometer, thickness, diameter, column height, and pitch are disclosed.

Abstract: A soft enclosure for an external data storage device or other electronic devices in their storage, carrying and operating mode comprises a soft outside enclosure and a soft inside enclosure. The soft outside enclosure is made of a durable fabric, polymeric or leather material. The soft outside enclosure is easily opened and closed with a variety of means such as zipper or velcrel without tool. To ease the quick interconnect with a variety of data storage devices having an equivalent electrical interface, the soft enclosure comprises two compartments wherein a physically flexible mechanical connector interchanger is disposed inside a first compartment separated from a second compartment enclosing the data storage device. Additional expansion compartments can also be integrated onto the soft enclosure for the direct connection of additional electronic modules or other accessories to the data storage device.