Abstract: An information handling system chassis includes a chassis base, a carriage, and a carriage sliding system. The chassis base is configured to house a plurality of first electrical components. The carriage is configured to house one or more second electrical components such that a user may access the one or more second electrical components from a front side of the chassis. The carriage sliding system is configured to slidably couple the carriage to the chassis base such that the carriage can be slided forward to an access position and rearward to a storage position. In the storage position of the carriage, a front area of the chassis base configured to receive one or more first electrical components is covered by the carriage, whereas in the access position of the carriage, at least a portion of the front area of the chassis base is not covered by the carriage.

Abstract: An information handling system chassis includes a chassis base, a carriage, and a carriage sliding system. The chassis base is configured to house a plurality of first electrical components. The carriage is configured to house one or more second electrical components such that a user may access the one or more second electrical components from a front side of the chassis. The carriage sliding system is configured to slidably couple the carriage to the chassis base such that the carriage can be slided forward to an access position and rearward to a storage position. In the storage position of the carriage, a front area of the chassis base configured to receive one or more first electrical components is covered by the carriage, whereas in the access position of the carriage, at least a portion of the front area of the chassis base is not covered by the carriage.

Abstract: A mounting apparatus comprises an elongated damping member including a component coupler positioned along the length thereof, the damping member operable to damp vibrations from a modular component. A rigid mounting member is coupled to the damping member adjacent the component coupler, the rigid mounting member operable to secure the modular component to a chassis.

Abstract: A process for manufacturing open porous sintered bodies with large open pore volume and defined pore diameters and which at least predominantly consist of glass-ceramics. They are obtained by sintering a mixture of sinterable powder and an inorganic soluble salt with defined grade of grain, the melting point of which is above the densification temperature of the sinterable powder. For the formation of a molded body the mixture of sinterable powder and inorganic salt is submitted to a molding process. The molded body is sintered in a sintering process and the soluble salt being contained in the molded body is lixiviated. As a main constituent the sinterable powder contains a pulverized crystallizable glass powder.

Abstract: A process for the manufacture of porous sintered bodies with large open pore volume and defined pore diameter. A sinterable material in the form of finely ground powder is mixed with a leachable substance. The leachable substance is in the form of powder of a defined particle size. The mixture of sinterable material and leachable substance is heated to the sintering temperature and maintained there until the sinterable mass is sintered. The mass is then cooled and the leachable substance leached from the sintered mass.

Abstract: A novel low density molded porous sintered body contains at least 90% open pores having a specific diameter distributed equally in all directions. The material of the molded body is preferably a vitreous and/or crystalline and/or ceramic substance having a low thermal coefficient of expansion.