Abstract: A biscuit joiner (10) having a housing (16) which includes a forward portion (26), a handle portion (28) and a rear portion (30). A battery pack (56) is removably secured to the rear portion. The forward portion houses an electric motor (32) and is attached to a shoe assembly (12) and a fence assembly (14). The handle portion includes a stick handle portion (40) and a loop portion (42). Each of the stick handle and loop portions are laterally offset from the forward portion, and therefore from the rotational axis of the motor and the coaxial center of the housing. The stick handle portion is graspable by a user and the lateral offset enables the fingers of the user to be placed in position to exert a force substantially along the longitudinal axis (36) of the motor while engaging an ON/OFF trigger (46) of the joiner. In this manner a more direct application of force can be made by the user to the housing when urging the housing linearly while making plunge cuts with the joiner.

Abstract: A changer for information carriers, has a magazine section with a magazine for storing information carriers above one another, and a scanning section extending parallel to the magazine section and having means for inscribing and/or reading information carriers. The magazine has holders disposed above one another both for storing information carriers above one another and for storing storage boxes for information carriers above one another. The holders have a first holder part (13a), disposed adjacent the scanning section, for supporting an information carrier (15), and a second holder part (13b), disposed adjacent the first holder part, for storing a storage box (17) for an information carrier.

Abstract: A disposal system for stacking card-like objects neatly in a magazine. The cards enter the disposal system via a card entrance slot. A push plate located adjacent the slot pushes the cards past a pair of resilient snap elements in the sides of the magazine. A pressure plate is located behind the snap elements and biases the cards that have been pushed over the snap elements forward towards the rear of the snap elements. The cards are maintained in a stacked condition between the snap elements and the pressure plate. When a card is inserted into the card slot, the push plate is operated to an extended position, in which it pushes the card past the snap elements against the cards stacked between the snap elements and the pressure plate. The push plate then retracts, so as to enable another card to enter into the card slot. The user of the machine removes the magazine from the machine when the need arises or when the magazine is fully loaded with cards.