Abstract: A method of capturing student images, including (a) setting up a central computer station of a student image capture system in a temporary environment, (b) setting up a plurality of camera stations of the student image capture system in the temporary environment, (c) tethering the camera of each camera station in the temporary environment to the central computer station in the temporary environment to send the at least one image to the central computer station for storage, and (d) monitoring, after (c), the student image capture system as each camera station automatically captures the at least one image of the student and sends the at least one image to the central computer station for storage. A student image capture system includes a central computer station and a plurality of camera stations each including a camera operable to be tethered to the central computer station.

Abstract: A caulk storage system for storing an opened calk container includes a calk container that has a tube and a spout. The calk container may contain a fluid calk. A pair of cylinders is provided. The cylinders are matable to each other to define a closed tube. The calk container is positioned in each of the cylinders when the cylinders are mated together. Thus, the pair of cylinders inhibits the fluid calk from drying thereby facilitating the calk container to be stored when the calk container is opened.

Abstract: A device for retaining a printed circuit board module in a mounting groove of a cold plate, the device comprising an elongated housing made of metal, which has a cross-section in the shape of a horizontal U. A pressure piece made of metal is mounted in the housing so as to be displaceable transversely relative to the rotational axis of the housing and comprises a flat clamping surface on the front side. A rotary cylinder can be rotatably mounted in the housing so as to be transversely displaceable relative to the rotational axis. During a rotation, eccentric guide elements can be used to effect a forward displacement of the rotary cylinder. The pressure piece follows the displacement of the rotary cylinder and slides outward. The waste heat of the printed circuit board module is transported via the housing and the pressure piece to the cold plate.

Abstract: An arrangement for protecting against incorrect plugging of plug-in modules on the front side and rear side of a backplane comprises pairs of guide pin elements with guide pins pointing in opposite directions that extent along a common longitudinal axis perpendicular to the backplane. The guide pin elements engage positively in corresponding guide receptacles of the plug-in modules when they are plugged on in the correct orientation relative to the guide pins. The arrangement comprises means for non-rotatably mounting the guide pin elements on the front side and rear side of the backplane in a predetermined angular position. The two guide pin elements are identical. Arranged between the guide pin elements is a central connecting member that can be inserted in a non-rotatable manner into an attachment hole of the backplane.

Abstract: An arrangement for protecting against incorrect plugging of plug-in modules on the front side and rear side of a backplane comprises pairs of guide pin elements with guide pins pointing in opposite directions that extent along a common longitudinal axis perpendicular to the backplane. The guide pin elements engage positively in corresponding guide receptacles of the plug-in modules when they are plugged on in the correct orientation relative to the guide pins. The arrangement comprises means for non-rotatably mounting the guide pin elements on the front side and rear side of the backplane in a predetermined angular position. The two guide pin elements are identical. Arranged between the guide pin elements is a central connecting member that can be inserted in a non-rotatable manner into an attachment hole of the backplane.

Abstract: A device for retaining a printed circuit board module in a mounting groove of a cold plate, the device comprising an elongated housing made of metal, which has a cross-section in the shape of a horizontal U. A pressure piece made of metal is mounted in the housing so as to be displaceable transversely relative to the rotational axis of the housing and comprises a flat clamping surface on the front side. A rotary cylinder can be rotatably mounted in the housing so as to be transversely displaceable relative to the rotational axis. During a rotation, eccentric guide elements can be used to effect a forward displacement of the rotary cylinder. The pressure piece follows the displacement of the rotary cylinder and slides outward. The waste heat of the printed circuit board module is transported via the housing and the pressure piece to the cold plate.

Abstract: An electronic plug-in module for accommodation in a module rack with a mounting rail, wherein the plug-in module includes a circuit board, a front plate and a mounting device, the mounting device comprises a bearing part, a tensioning part and a fixation element, the bearing part is fixed on front plate, and the tensioning part is connected frictionally to the fixation element and the bearing part in such a manner that a force, by means of which the plug-in module is held with its front plate in a defined position relative to the module rack, is exerted onto the plug-in module transversely to the insertion direction of the plug-in module.

Abstract: An electronic plug-in module for accommodation in a module rack with a mounting rail, wherein the plug-in module includes a circuit board, a front plate and a mounting device, the mounting device comprises a bearing part, a tensioning part and a fixation element, the bearing part is fixed on front plate, and the tensioning part is connected frictionally to the fixation element and the bearing part in such a manner that a force, by means of which the plug-in module is held with its front plate in a defined position relative to the module rack, is exerted onto the plug-in module transversely to the insertion direction of the plug-in module.

Abstract: A HF sealing strip (1) for electromagnetically shielded, insertable electronic modules comprises a core (2) of an elastically deformable material and a cover (3) of a flexible, conductive textile fabric. The cross section of the core (2) corresponds to an isosceles triangle with obtuse angle at the top. One section of the cover (3) forms a level contact surface (4), to which adhesive strips (7a; 7b; 8) are attached. In the region of the edges for the contact surface (4), the cover (3) of a textile fabric is used to form double-layer flaps (6a, 6b) without an elastic core. These flaps (6a, 6b) form reinforced, level outside edges of the HF sealing strip (1), which can thus better withstand shearing forces transverse to the contact surface (4).

Abstract: A HF sealing strip (1) for electromagnetically shielded, insertable electronic modules comprises a core (2) of an elastically deformable material and a cover (3) of a flexible, conductive textile fabric. The cross section of the core (2) corresponds to an isosceles triangle with obtuse angle at the top. One section of the cover (3) forms a level contact surface (4), to which adhesive strips (7a; 7b; 8) are attached. In the region of the edges for the contact surface (4), the cover (3) of a textile fabric is used to form double-layer flaps (6a, 6b) without an elastic core. These flaps (6a, 6b) form reinforced, level outside edges of the HF sealing strip (1), which can thus better withstand shearing forces transverse to the contact surface (4).

Abstract: A device for levering in and levering out a plug-in unit into and out of a module carrier includes a corner piece adapted for being arranged in a frontal region of the plug-in unit, and a pull lever comprising. The pull lever includes a lever positioned to be pivotable on the corner piece. The lever has a long lever arm and a short lever arm that is adapted to be supported on a lateral profile of the module carrier. The pull lever further includes a handle rotatably positioned on the long lever arm of the lever. The handle is arranged to be displaceable in a longitudinal direction between a starting position in which the handle is freely rotatable, and an engaged position in which the handle is connected force-locking with the long lever arm for pivoting the lever.

Abstract: An electrical enclosure having an improved sealing and shielding component and a method of manufacturing such an enclosure is provided. In accordance with an embodiment of the invention, a wire mesh is positioned against the surface of the enclosure. While the wire mesh is being positioned against the enclosure surface, a foam is formed on the enclosure surface adjacent the wire mesh. The foam generally adheres to the enclosure surface and holds the wire mesh in place. In accordance with one aspect of the invention, the foam has a height equal to or greater than the height of the wire mesh. The improved sealing and shielding components can, for example, improve the sealing and shielding of the electrical enclosure as compared to conventional electrical enclosures. The present electrical enclosure may, for example, also reduce the cost of manufacturing electrical enclosures.

Abstract: An electrical enclosure having an improved sealing and shielding component and a method of manufacturing such an enclosure is provided. In accordance with an embodiment of the invention, a wire mesh is positioned against the surface of the enclosure. While the wire mesh is being positioned against the enclosure surface, a foam is formed on the enclosure surface adjacent the wire mesh. The foam generally adheres to the enclosure surface and holds the wire mesh in place. In accordance with one aspect of the invention, the foam has a height equal to or greater than the height of the wire mesh. The improved sealing and shielding components can, for example, improve the sealing and shielding of the electrical enclosure as compared to conventional electrical enclosures. The present electrical enclosure may, for example, also reduce the cost of manufacturing electrical enclosures.

Abstract: An electrical enclosure having an improved sealing and shielding component and a method of manufacturing such an enclosure is provided. In accordance with an embodiment of the invention, a wire mesh is positioned against the surface of the enclosure. While the wire mesh is being positioned against the enclosure surface, a foam is formed on the enclosure surface adjacent the wire mesh. The foam generally adheres to the enclosure surface and holds the wire mesh in place. In accordance with one aspect of the invention, the foam has a height equal to or greater than the height of the wire mesh. The improved sealing and shielding components can, for example, improve the sealing and shielding of the electrical enclosure as compared to conventional electrical enclosures. The present electrical enclosure may, for example, also reduce the cost of manufacturing electrical enclosures.

Abstract: An electrical enclosure having an improved sealing and shielding component and a method of manufacturing such an enclosure is provided. In accordance with an embodiment of the invention, a wire mesh is positioned against the surface of the enclosure. While the wire mesh is being positioned against the enclosure surface, a foam is formed on the enclosure surface adjacent the wire mesh. The foam generally adheres to the enclosure surface and holds the wire mesh in place. In accordance with one aspect of the invention, the foam has a height equal to or greater than the height of the wire mesh. The improved sealing and shielding components can, for example, improve the sealing and shielding of the electrical enclosure as compared to conventional electrical enclosures. The present electrical enclosure may, for example, also reduce the cost of manufacturing electrical enclosures.

Abstract: An electrical enclosure having an improved sealing and shielding component and a method of manufacturing such an enclosure is provided. In accordance with an embodiment of the invention, a wire mesh is positioned against the surface of the enclosure. While the wire mesh is being positioned against the enclosure surface, a foam is formed on the enclosure surface adjacent the wire mesh. The foam generally adheres to the enclosure surface and holds the wire mesh in place. In accordance with one aspect of the invention, the foam has a height equal to or greater than the height of the wire mesh. The improved sealing and shielding components can, for example, improve the sealing and shielding of the electrical enclosure as compared to conventional electrical enclosures. The present electrical enclosure may, for example, also reduce the cost of manufacturing electrical enclosures.

Abstract: The invention deals with an electronics cabinet with a shelving frame of sectional rails 8 on which casings 2,3 are attached. On the insides 19 of the casings 2,3, longitudinal grooves 38 are designed in which contact springs 24 lock into. The contact ridges 27 of these contact springs 24 lie at each neighboring sectional rail 8 when the casings 2,3 are attached.