Abstract: A server which is conformed to standard 1U server specifications has an inner width of 17 inches to house four sets of standard 3.5 inches hard disk drives in a juxtaposed manner. The server includes a casing which is divided in four housing spaces by three partitions. The partitions have improved features and a novel retrieval cradle is provided such that the server can accommodate required retrieval mechanisms for the hard disk drives thereby the hard disk drives may be housed in the casing smugly and are retrievable easily.

Abstract: A power cord anchoring structure for clipping a power cord securely includes a holding section to clip the power cord, a confining section to confine the power cord in the holding section, a support section and a connecting section connecting in a biased manner, and a coupling section to engage with a power supply. The clipping condition of the holding section at the front end of the anchoring structure does not affect the engagement of the coupling section and the power supply.

Abstract: A liquid cooled radiation module for servers is installed in a server to directly dissipate heat from a central processing unit through a liquid cooling fashion. The module includes a body which has a housing compartment to house a liquid tube and a radiator. The radiator has an air sucking section to draw heated air in the housing compartment and an air discharge section to discharge heat through an air vent. The liquid tube has a water delivery device driven magnetically by the radiator to form liquid circulation to continuously disperse heat from the CPU. The module thus made is compact and adaptable to servers of 1U or 2U specifications.

Abstract: A slide rail structure for a case cabinet includes a first slide member and a second slide member and a device case with an enlarged interior space. After the slide rail installed in the case cabinet and the device case contained desired hardware devices, the device case may be mounted on the slide rail to allow users to control operations of various peripheral devices.

Abstract: A structure of redundant arrays of inexpensive disks (R.A.I.D.) with servers is disclosed. The structure of the invention includes a R.A.I.D., a server, and a housing. The connection between the R.A.I.D. and the server, and the connection between the server and the housing are achieved by connectors respectively formed on edges of the R.A.I.D., the server and the housing. Thereby, the device space and wiring limitation can be overcome.

Abstract: An improved modularized component mounting structure includes at least one mounting structure which has a first fasten section and a second fasten section. The first fasten section has a fasten opening. The second fasten section has a pair of corresponding first coupling apertures and a pair of corresponding second coupling apertures located between the first coupling apertures. There is a casing which has a support section with a plurality of jutting struts located on a surface thereof. The mounting structure may be fastened to a component for mounting the component in the interior of the casing.

Abstract: A structure of redundant arrays of inexpensive disks (R.A.I.D.) with servers is disclosed. The structure of the invention includes a R.A.I.D., a server, and a housing. The connection between the R.A.I.D. and the server, and the connection between the server and the housing are achieved by connectors respectively formed on edges of the R.A.I.D., the server and the housing. Thereby, the device space and wiring limitation can be overcome.

Abstract: A cover with a panel thereon for a disk storage device array server is disclosed. The cover includes a panel, a joint, and a pivot connection unit. The joint is located near a bottom corner of the cover. A fixture penetrates through the joint to the cover is connected to a front surface of the server. The pivotal connection unit is located on a panel receiving area of the cover. A positioning member penetrates through the pivot connection unit, such that the panel is pivotally connected to the cover.

Abstract: A server which is conformed to standard 1U server specifications has an inner width of 17 inches to house four sets of standard 3.5 inches hard disk drives in a juxtaposed manner. The server includes a casing which is divided in four housing spaces by three partitions. The partitions have improved features and a novel retrieval cradle is provided such that the server can accommodate required retrieval mechanisms for the hard disk drives thereby the hard disk drives may be housed in the casing smugly and are retrievable easily.

Abstract: An improved slide out support to be mounted at two sides of a server cabinet for holding and drawing a computer processor in the cabinet includes a front beam slidably engaged with a rear beam. The front and rear beam have respectively a first and a second fastening flange formed and bent at a selected angle at two ends thereof for engaging with the front and rear struts of the cabinet. The front and rear beams also have respectively an engaging member which are engageable with each other at various positions such that the engaged front and rear beam may be extended or shortened to a length desired for mounting to the cabinet of different lengths.

Abstract: A safety and anti-theft door guard for a server provides an improved door guard opening and closing structure for servers of 1U, 2U and 2U up specifications. The door guard of the invention offers a two-stage turning mechanism to allow hard disk drives retrievable from the server freely with interference, and also has a lock means installable on any type of models to provide theft protection function, thereby to resolve the problem of conventional single shaft door opening that might otherwise impede the retrieval of hard disk drives from the server.

Abstract: An air fan configuration structure for a power supply device. The structure includes a casing and a lid located on an upper rim of the casing. An air fan may be mounted on the lid to be installed inside the power supply device casing. And the power supply device casing may be installed inside a main processor casing. The air fan can disperse heat generated from elements installed in the power supply device and hardware installed in the main processor casing to ensure normal operations of the hardware and elements.

Abstract: A fan flow guide. The flow guide includes a wind inlet is connected to a wind outlet of a fan. A wind tube portion is installed between the wind inlet and a rear end of the computer host or a central processing unit. The thickness of the wind tube portion is smaller than that of the wind inlet so that airflow is compressed and accelerated to flow into the computer host and thus all parts dissipate heat substantially. Moreover, the thickness of the wind tube portion is sufficient to be disposed between the upper side of the memory (RAM) and computer host so as to achieve the object of sufficiently using the inner space of the computer host. Spacers are arranged in the wind tube portion for defining a plurality of air channels. The spacers have a curve shape so that adjacent spacers confine a thinner air channel. Therefore, the airflow is compressed and accelerated again.

Abstract: A slide rail structure for a case cabinet includes a first slide member and a second slide member and a device case with an enlarged interior space. After the slide rail installed in the case cabinet and the device case contained desired hardware devices, the device case may be mounted on the slide rail to allow users to control operations of various peripheral devices.

Abstract: An improved slide out support to be mounted at two sides of a server cabinet for holding and drawing a computer processor in the cabinet includes a front beam slidably engaged with a rear beam. The front and rear beam have respectively a first and a second fastening flange formed and bent at a selected angle at two ends thereof for engaging with the front and rear struts of the cabinet. The front and rear beams also have respectively an engaging member which are engageable with each other at various positions such that the engaged front and rear beam may be extended or shortened to a length desired for mounting to the cabinet of different lengths.

Abstract: An improved slide out support to be mounted at two sides of a server cabinet for holding and drawing a computer processor in the cabinet includes a front beam slidably engaged with a rear beam. The front and rear beam have respectively a first and a second fastening flange formed and bent at a selected angle at two ends thereof for engaging with the front and rear struts of the cabinet. The front and rear beams also have respectively an engaging member which are engageable with each other at various positions such that the engaged front and rear beam may be extended or shortened to a length desired for mounting to the cabinet of different lengths.

Abstract: A fan flow guide comprises a wind inlet is connected to a wind outlet of a fan. A wind tube portion is installed between the wind inlet and a rear end of the computer host or a central processing unit. The thickness of the wind tube portion is smaller than that of the wind inlet so that airflow is compressed and accelerated to flow into the computer host and thus all parts dissipates heat substantially. Moreover, the thickness of the wind tube portion is sufficient to be disposed between the upper side of the memory (RAM) and computer host so as to achieve the object of sufficiently using the inner space of the computer host. A plurality of spacers are arranged in the wind tube portion for defining a plurality of air channels. The spacers have a curve shape so that adjacent spacers confine a thinner air channel. Therefore, the airflow is compressed and accelerated again.

Abstract: An improved modularized component mounting structure includes at least one mounting structure which has a first fasten section and a second fasten section. The first fasten section has a fasten opening. The second fasten section has a pair of corresponding first coupling apertures and a pair of corresponding second coupling apertures located between the first coupling apertures. There is a casing which has a support section with a plurality of jutting struts located on a surface thereof. The mounting structure may be fastened to a component for mounting the component in the interior of the casing.

Abstract: A power supply is installed in an industrial computer. The power supply has a housing. The housing is installed with a first fan set for dissipating heat from the components in the power supply. A spacer is installed in the housing for spacing the fan set. An air channel is in communication with the computer and is defined by the spacer, and a second fan set is installed in the air channel for dissipating heat from the computer.