Abstract: The invention relates to a holder for mounting a plate, such as a front plate, a contact protective plate or a circuit card, within an enclosure for electric installations, which enclosure comprises a bottom part and which holder is constituted by an elongated member comprising a body part and having at least at one end a hole for fastening the holder to the bottom part, wherein at least one end of the holder comprises an expanding wedge part arranged to expand against the bottom part, when a fastening means is mounted in a hole at the end of the holder, whereby a support surface is attached to the wedge part, the support surface being intended to press the wall of the bottom part for fastening the holder by friction joint within the enclosure at a desired height from the bottom of the bottom part.

Abstract: The invention relates to a fastening system for fastening a plate within an enclosure, which enclosure comprises a bottom part (1) and a cover and which fastening system is particularly suitable for fastening a front plate or a contact protective plate (7) within an enclosure for electric installations and comprises an elongated holder (20) to be placed vertically in the bottom part of the enclosure.

Abstract: The invention relates to a holder for mounting a plate, such as a circuit card, within an enclosure for electric installations, which enclosure includes a bottom part and which holder is constituted by an elongated element including a body part and having a fastening mechanism at least one end for fastening the holder to the bottom part, wherein the holder includes a hinge mechansim for fastening the plate at its one edge pivotally to the holder so that the plate can be lifted upwards at its edge opposite to said one edge, which enables an access into the space below the plate in the enclosure, when the holder is fastened to the bottom part of the enclosure.

Abstract: The invention relates to an apparatus for moulding plastic products (31'-36'), said apparatus comprising at least two plastic moulding machines (1', 2') each of which comprises a robot (7'-8') for transferring a moulded product (31', 32') from the moulding machine onto a conveyor belt (30'). In order to significantly facilitate and expedite quality inspection and thus also to allow any quality defects to be rapidly corrected, and in order to considerably simplify the transport of the products and the structure of the apparatus, said at least two moulding machines (1', 2') are mounted along a common conveyor belt (30') substantially successively on the same side of the belt, whereby their robots (7', 8') are arranged to place the moulded products (31', 32') at different points over the width of the belt.

Abstract: An electronics and instrumentation enclosure includes a lower portion (4) and a cover (1), which have corner turrets (6 and 3, respectively) provided with through openings (5 and 2, respectively). The cover (1) can be locked to the lower portion (4). Upper locking device includes a locking member (7, 9) having a locking element (19, 20) and lower locking device includes a locking slot (21, 22) for receiving the locking element (19, 20). In a locked position, the locking element (19, 20) is kept in the locking slot (21, 22) by means of a spring element (8). When the lock is in an open position, the cover (1) can be lifted apart from the lower portion (4), whereby a locking member (7, 9) is also detached from a locking ring (16).