Abstract: A computer system includes a shielding casing, a movable component, at least one cable, and a shielding apparatus arranged at a first part of the shielding casing configured to accommodate the at least one cable in a first state at least partially, and to be compressed during a movement of the movable component in a second state, whereby the at least one cable is clamped into the shielding apparatus.

Abstract: A computer housing includes a housing frame including a first cover and a second cover. The first and second covers are components of an outer housing wall removable from the housing frame and, in the mounted state, each covers an inner region of the computer housing to the outside. The first and second covers each have an operating mechanism to release an engagement of the first and/or second cover on the housing frame. In the mounted state, the first cover hides the operating mechanism of the second cover. When the first cover is removed, the operating mechanism of the still mounted second cover can be operated from outside. Thus, the engagement of the second cover can be released and the second cover can be removed from the housing frame.

Abstract: A computer system includes a computer casing having a casing wall having an opening to pass through a connection means; a circuit board having the connection means; and a centering means arranged in the casing, wherein the centering means is formed to cooperate with the circuit board such that the circuit board is centered with respect to the casing wall in a direction of the casing wall in a placing movement so that the connection means takes a predetermined position flush with respect to the opening in the casing wall and can plunge into the opening.

Abstract: A computer system includes a computer housing with a fastening device that fastens the computer housing to a mount; a system component arranged in the computer housing and having at least one component to be cooled; a fan that cools the at least one component arranged in the computer housing in a region of the at least one component; a first ventilation area arranged laterally next to the fastening device in a first housing wall of the computer housing; and a ventilation channel extending in the computer housing between the first ventilation area and the fan, which is fluidically separated from the rest of the computer housing.

Abstract: A housing assembly for a computer system includes at least one first shielding casing with a first plurality of ventilation openings in an area of a first housing wall of the first shielding casing; and at least one second shielding casing with a second plurality of ventilation openings in an area of a second housing wall of the second shielding casing, wherein a first contact area of the first housing wall of the first shielding casing borders directly on a corresponding second contact area of the second housing wall of the second shielding casing, and at least one of the first housing wall of the first shielding casing and the second housing wall of the second shielding casing includes a recess so that the first plurality of ventilation openings of the first shielding casing is spaced apart from the second plurality of ventilation openings of the second shielding casing.

Abstract: A computer system includes a computer housing with a fastening device that fastens the computer housing to a mount; a system component arranged in the computer housing and having at least one component to be cooled; a fan that cools the at least one component arranged in the computer housing in a region of the at least one component; a first ventilation area arranged laterally next to the fastening device in a first housing wall of the computer housing; and a ventilation channel extending in the computer housing between the first ventilation area and the fan, which is fluidically separated from the rest of the computer housing.

Abstract: A housing assembly for a computer system includes at least one first shielding casing with a first plurality of ventilation openings in an area of a first housing wall of the first shielding casing; and at least one second shielding casing with a second plurality of ventilation openings in an area of a second housing wall of the second shielding casing, wherein a first contact area of the first housing wall of the first shielding casing borders directly on a corresponding second contact area of the second housing wall of the second shielding casing, and at least one of the first housing wall of the first shielding casing and the second housing wall of the second shielding casing includes a recess so that the first plurality of ventilation openings of the first shielding casing is spaced apart from the second plurality of ventilation openings of the second shielding casing.

Abstract: An assembly includes a carrier and an electrically conductive mesh, wherein the carrier includes a side surface with an edge, the electrically conductive mesh is attached to the side surface and extends over the edge of the side surface, and the edge has a radius at least as big as a minimal bending radius of electric lines of the electrically conductive mesh.

Abstract: A computer system includes a computer casing having a casing wall having an opening to pass through a connection means; a circuit board having the connection means; and a centering means arranged in the casing, wherein the centering means is formed to cooperate with the circuit board such that the circuit board is centered with respect to the casing wall in a direction of the casing wall in a placing movement so that the connection means takes a predetermined position flush with respect to the opening in the casing wall and can plunge into the opening.

Abstract: An assembly includes a carrier and an electrically conductive mesh, wherein the carrier includes a side surface with an edge, the electrically conductive mesh is attached to the side surface and extends over the edge of the side surface, and the edge has a radius at least as big as a minimal bending radius of electric lines of the electrically conductive mesh.

Abstract: A carrier mount for a monitor of a computer system includes a base plate, two side walls arranged oppositely on the base plate, and a cover plate arrangable at the side walls so that, together with the side walls and the base plate, a receiving space is defined, wherein the receiving space is formed such that a computer system can selectively at least partially be received therein or a drawer can be inserted.

Abstract: A housing for a computer system which can be opened at least on a first housing wall for access into the housing and wherein, on a second housing wall, an opening for an external connector plug is arranged, the housing having a covering fixture to cover the opening for the connector plug, wherein the covering fixture is operable by the first housing wall such that the opening for the external connector plug is covered at least partially when the housing is opened, and the opening for the external connector plug is not covered when the housing is closed.

Abstract: A housing for a computer system which can be opened at at least one first housing wall for access into the housing and an opening for an external connecting plug is disposed at a second housing wall and where 1) the housing has a locking device to lock the first housing wall and prevent opening of the housing, the locking device is disposed at the opening for an external connecting plug and is actuatable via an external connecting plug so that the first housing wall is locked when an external connecting plug is inserted into the opening and the first housing wall is unlocked if no external connecting plug is inserted into the opening.

Abstract: The invention relates to a mounting for a slide-in computer component. Attachment device (10) is provided, which fixes a computer component in a slide-in shelf of a computer housing, and which is arranged on a side wall at the slide-in shelf of the housing. The attachment device comprises at least one spring-mounted latching bolt (40), where the attachment device (10) is designed so that, by sliding the slide-in component into the slide-in shelf, it applies pre-tension to the spring-mounted latching bolt (40), and it holds it by spring force, when the end position is reached, in a bore hole (50) of the component housing (20).

Abstract: The invention relates to a configuration for making EMC contact between a slot panel in a computer housing and a slot angle piece. The guide rails, into which the slot angle piece is inserted, are provided on perpendicular sections of the slot panel. EMC seals are additionally provided between the slot angle piece and slot panel.

Abstract: Retaining rails with which a slide-in module can be fixed in a mounting cradle. It being possible for the retaining rails to be attached laterally to the slide-in module. Accordingly, the retaining rails are characterized in that they have a plastic element and a metal element. The metal element encloses at least certain portions of the plastic element, and in that the metal element has resilient retaining elements for interaction with guiding elements of the mounting cradle and in that the plastic element has resilient portions for establishing lateral tolerance compensation with respect to the sidewalls of the mounting cradle.

Abstract: A configuration for securing a slide-in unit in a cage of a computer by plastic retaining rails that are attached on the side of the slide-in unit and guide rails that are secured at the cage. The retaining rails are insertable into the guide rails and securable at the guide rails by resilient elements and resilient stops.

Abstract: Retaining rails with which a slide-in module can be fixed in a mounting cradle. It being possible for the retaining rails to be attached laterally to the slide-in module. Accordingly, the retaining rails are characterized in that they have a plastic element and a metal element. The metal element encloses at least certain portions of the plastic element, and in that the metal element has resilient retaining elements for interaction with guiding elements of the mounting cradle and in that the plastic element has resilient portions for establishing lateral tolerance compensation with respect to the sidewalls of the mounting cradle.

Abstract: A configuration for guarding against electrostatic and electromagnetic disturbances of electronic components in a housing, in a transition from a first housing part to a second housing part, which parts are detachably connected to one another, includes corresponding end surfaces of the housing parts fitting closely with one another so that conductive contact occurs between the housing parts on an optimally large surface occurs and so that the end surfaces have at least one corresponding bend.

Abstract: A device for protecting against electrostatic discharge and electromagnetic influences on electronic components in a housing. An element, for instance an electrical terminal or an operating element, leads through an I/O shield that covers a housing aperture, and the element is sealed with a sealing layer. The layer is so constructed that electrical contact with the sealing layer exists on the edges of the housing aperture.