Abstract: Disclosed is a fastening device for releasably mounting a front cover on a drawer, in particular on a side wall of the drawer, comprising:—at least one furniture fitting that is preassembled on the front cover;—a catching mechanism that is associated with the drawer, automatically retains the furniture fitting when the furniture fitting is inserted, and includes a movable catching element having a positioning contour; and—a locking mechanism for the catching mechanism, said locking mechanism preventing the furniture fitting from being accidentally released from the catching mechanism and being equipped with a positioning member which can move within a guide track and rests against the positioning contour of the catching element.

Abstract: Disclosed is a fastening device for releasably mounting a front cover on a drawer, in particular on a side wall of the drawer, comprising:—at least one furniture fitting that is pre-assembled on the front cover;—a catching mechanism that is associated with the drawer and includes a movable catching element which accommodates the furniture fitting when the furniture fitting is inserted; and—a pulling mechanism that pulls the furniture fitting towards the drawer under the effect of a spring. The disclosed fastening device is characterized in that a positioning contour and a movable positioning member are provided to move the catching element, the positioning member and the positioning contour at least temporarily resting against each other under the effect of a spring.

Abstract: A fastening device includes at least one furniture fitting which is pre-assembled on the front panel and has a first connecting element and a second connecting element for fastening the front panel on the drawer and least two intercepting devices, which are assigned to the drawer, wherein the intercepting devices retain the connecting elements automatically when the latter are pushed in. The one intercepting device has at least one movable intercepting element and the second intercepting device has at least one movable retaining Element. At least one locking device for the two intercepting devices prevents the furniture fitting from being released unintentionally from the intercepting devices. At least one unlocking device the two connecting elements of the furniture fitting to be released together from the intercepting devices. The retaining element can be moved independently of the intercepting element of the first intercepting device.

Abstract: The invention relates to a furniture fitting for fastening a front panel to a drawer frame, comprising a connecting element, which is associated with the front panel and which can be pre-mounted on the front panel, and a fastening device, which is associated with the drawer frame and which can be connected to the frame and which has a frame plate, an adjusting plate, and adjusting elements that are arranged, in particular rotatably, on the adjusting plate and that act on the adjusting plate, by means of which adjusting elements the adjusting plate can be adjusted relative to the frame plate in the height direction (HR) and in the lateral direction (SR), wherein the connecting element can be hooked onto the adjusting plate and, while hooked in, follows the adjustment motions of the adjusting plate relative to the frame plate.

Abstract: A linear actuator system is described that includes a linear actuator, a first motor, and a second motor. The linear actuator is configured to transmit rotational motion to linear motion. The first motor is operatively connected to the linear actuator. The second motor is also operatively connected to the linear actuator. The first motor is configured to provide a different amount of force and a different speed to the linear actuator than the second motor. Methods of operating a linear actuator are also disclosed.

Abstract: Conventional industry practice has been to provide apex seals along adjoining intersecting peripheral surfaces of the envelope members in trochoidal rotary devices. The trochoidal member profiles are then recessed by a seal offset amount and the seals extended from the apices of the envelope member by the seal offset amount to minimize reciprocation of the seals in their grooves. In accordance with the invention, modified epitrochoids and corresponding envelopes are formed so that sealing faces of the apex seals can be substantially continuous with the envelope peripheral surfaces. In this manner, nearly ideal expansion ratios are achievable in such rotary devices and wider sealing faces can be used than heretofore practical.

Abstract: A sporting vehicle powered only by the energy of the occupant for travelling on bodies of water at unprecedentedly high speeds. The vehicle comprises a frame supported while stationary on hulls or floats, and including a seat for the occupant and a set of pedals for enabling him to cause vehicle movement either by an air screw or a water screw. The frame is suitably reinforced and includes a rudder which can be withdrawn from the water, to reduce its drag, when conditions are appropriate. Forward and rearward hydrofoils, of V-shaped configuration, are also provided for use at low speeds, a linkage being included for lifting the low speed hydrofoil above the water surface when appropriate vehicle speed has been achieved. Normally all hydrofoils depend from the frame below the floats, and levers are provided by which the occupant can vary the angles of attack of the hydrofoils to take best advantage of environmental conditions and vehicle speed.