Abstract: A computer assembly is disclosed. The computer assembly comprises a chassis and a mounting module rigidly coupled to the chassis. The mounting module is for cooling the computer assembly when in operation. The computer assembly includes at least one circuit board suspended from the module. The at least one circuit board has a known orientation relative to the module and the at least one circuit board has a variable orientation relative to the chassis. A system and method in accordance with the present invention provides a stable mounting for the cooling system that includes a large heat sink. The method and system in accordance with the present invention prevents the disturbance of the critical alignment of the printed circuit board with the heatsink from shock and vibration loading.

Abstract: A protection mechanism for a switch device includes a pivotably member pivotably connected to an underside of the switch member pivotably connected to an open top of the case of the switch device. The pivotable member includes a shorter tongue and two rods. An end of the bimetallic plate is inserted between the two rods and the tongue so that when the switch member is pressed on one end, the bimetallic plate is lifted to set the switch device to “OFF” position. When the switch member is pressed on the other end, the pivotable member is lowered and the tongue pushes the bimetallic plate to “ON” position. The pivotable member is pivoted an angle and moved toward a space in the case so that the tongue is shifted a distance such that the bimetallic plate is not stopped by the tongue when it is deformed due to overload.

Abstract: A protection mechanism for a switch device includes a pull member that has one end pivotably connected to the switch member and the other end which is a hook end for lifting the bimetallic plate to set the switch device to “OFF” status. A push member is pivotably connected to the pull member and includes a lower end which is movably engaged on an inclined surface of a block extending from an inside of the case of the switch device. The lower end of the push member may push the bimetallic plate to its “ON” status. When the bimetallic plate is deformed in an overload situation, the push member is pivoted away from the bimetallic plate in such a way that the bimetallic plate can be completely deformed.

Abstract: An information handling system lid releases from an associated housing with an actuator that frees the lid and then pushes the lid from a secured position to an unsecured position for ease of removal. The actuator rotationally couples through the housing to translate a user rotation of the actuator to open and then move the lid. On the interior of the housing, the actuator is a cam having a latch push and an inclined surface. The latch push moves a latch to an open position upon initial movement of the actuator and holds the latch in the open position to release a latch catch of the lid and allow movement of the lid. The inclined surface pushes against a lid removal protrusion extending from the lid and moves the lid an increasing distance as the actuator turns to complete release of the lid from the housing by sliding hooks of the lid from slots of the housing.

Abstract: The invention improves reliability relating to the operating environment temperature and the operating time of a processor for management in a disk array device mounting the managing processor for managing the state of the device, and further realizes mounting having no bad influence on the temperature environment within the disk array device. The disk array device uses a dedicated PC for industry in the processor for management, and is constructed such that the processor for management and a computer for output used to output management information of this processor for management are separated. Further, the processor for management and the computer for output are arranged within a disk array box body in positions for preventing no flow of a ventilating wind within the disk array box body. Here, when the computer for output is used, the disk array device is set to a mode in which the computer for output is pulled out of the disk array box body and is further rotated and used.

Abstract: A switch device includes a case with a switch member pivotally engaged with the open top of the case. Two terminals extend from a bottom of the case and a bimetallic plate has a first end fixed to one of the terminals. A distal end of the bimetallic plate is located above the other terminal. A hooking member has one end connected to the switch member and the other end has a hooking portion with which the distal end of the bimetallic plate is engaged. The distal end of the bimetallic plate is lifted when the switch member is pushed to “ON” position. The hook portion is defined between first and second boards and the second board located lower than the first board is shorter so that the bimetallic plate is allowed to be deformed without obstruction when the switch device is overloaded.

Abstract: A display apparatus for vehicles is provided. The display apparatus for vehicles comprises a disc player comprising a display mounting unit, wherein a connection plate of a display unit is coupled to the bottom surface of the display mounting unit in a stacked form, or separated from the bottom surface; the display unit which comprises the connection plate having second fixing parts enabling the display unit to be coupled with the display mounting unit in a stacked form facing each other, and a screen unit which is installed on the connection plate through a hinge so as to rotate about the hinge, is capable of being folded and unfolded; and fixing components which allow the disc player and/or the display unit to be fixed to the ceiling of the vehicle. The display apparatus allows a purchaser to select a disc player as an option item and easily replace only a defective part. Particularly, the display apparatus has an advantage of easy installation and separation.

Abstract: The invention relates to a fuse structure, which includes a non-conductive tube connecting both ends with two respective metal caps and an inner resistance filament being inside. The improvement is an aperture being formed on the non-conductive tube for exhausting inner heated air when welding second cap. Hence, tin for welding the cap with the tube can prevent from being extruded outside that provides fuse to be flawless and utility.

Abstract: A circuit breaker includes a bimetallic plate that has a first end fixed to one terminal and a second end which can be lowered to contact the other terminal by pushing the pushbutton on top of the case of the breaker. The second end of the bimetallic plate is movably supported in a slot of a support member that is connected to an end of the pushbutton and is movable along an inclined surface of a protrusion in the case. The slot has a shorter upper edge so that when the support plate is shifted to a side when the pushbutton is set to its close-circuit position, the second end of the bimetallic plate can be deformed upward without any barrier by the upper edge of the slot.

Abstract: A battery cover assembly includes a battery cover (3) defining a pair of guide rails (326) in an inner surface of the battery cover, a connecting member (2), a housing (1) defining a receiving slot (164) and a battery-receiving compartment (194), a plurality of springs (5, 7), a plurality of sleeves (6), a number of locking pins (7), and an antenna rod (4). The connecting member is loosely received in the guide rails along a lateral direction. Each sleeve includes a first through hole and a second through hole. The connecting member is engaged with each sleeve by using each locking pin inserting into a folded arm of the connecting member and the first through hole, and the antenna rod inserts through the through hole of the sleeve and the receiving slot, such that the battery cover is pivotably connected with the housing.

Abstract: A computer apparatus mounting structure is constructed to include a mounting frame having a front stop portion, a computer apparatus inserted into the inside of the mounting frame, the computer apparatus having a stop flange, which is stopped against the front stop portion of the mounting frame to hold the computer apparatus in position, and a locking member coupled to the mounting frame and adapted to insert into locating holes in one side of the computer apparatus to hold the computer apparatus inside the mounting frame. The computer apparatus is a standard 5¼″ computer apparatus with the location and size of the locating holes made subject to the 5¼″ computer apparatus standards for quick installation.