An automatic filling system is for filling a filling material into a filling container. The automatic filling system includes abase, a transport unit having multiple transport seats disposed along a looped transport route, an input unit for transferring the filling container to one of the transport seats, an inverting unit for inverting the filling container, a fill unit for filling the filling material into the filling container, a stopper placement unit for placement of a stopper, a cap placement unit for placement of a cap, a locking unit for locking the cap, a detecting unit for weight measurement, a defect removing unit, and an output unit for transferring the filling container out of the transport unit.

Dispenser for dosing tablets or powders includes a container configured to hold the tablets or the powders. A dosing device is mounted to the container and being configured to allow the tablets or the powders to be dosed via an outlet. The dosing device includes a stator having an axis and a rotor that is connected to the stator and that can rotate about the axis of the stator. The rotor has a passage opening and a bottom portion that covers an upper portion of the stator. A cap is configured to at least cover the rotor. A first tamper-indicating device connects the cap to the stator. A second tamper-indicating device connects the stator to the container. A child-proof lock is utilized.

A lid connected to a container or body portion of a bottle includes a base defining a conduit, where a rotatable collar coupled to the base rotates about the conduit in a single direction. The lid further includes a spout having a cam defining a path on the outer surface of the spout that engages at least a portion of the collar when the rotatable collar rotates about the conduit. The spout can extend away from the base into an open position and retract proximate to the base into a closed position as the portion of the collar traverses the path defined by the cam when the rotatable collar is rotated about the conduit.

A head (4) of a trigger dispensing device for liquids includes an auxiliary body (30) for the connection with a neck (10) of a bottle (2). The auxiliary body (30) includes a closure base (32) suitable to close a mouth (13) of the bottle (2) and dual constraints suitable to snap-engage with the neck (10) forming between the auxiliary body (30) and the neck (10) a constraint both to the relative rotation and to the separation thereof.

An opening device for a container includes a pouring spout defining a pouring opening to pour in use the content of the container, a closing element closing the pouring opening and connected to the pouring spout by breakable connector, and a closure fitted to the pouring spout in a removable manner to close the pouring opening at a region thereof different from that closed by the closing element; the closing element is formed in one piece with a protruding portion extending through the pouring opening and welded to the closure far away from the closing element.

Disclosed is a dispensing device comprising a housing, a spray head, and a protective cap. By overcoming a resistance, the protective cap can be rotated between a blocked position and a released position. The protective cap is transparent and is rotationally coupled to the spray head.

A storage container assembly includes a container and a lid. The lid includes a top lid, a button, a gasket, a gasket pusher, and an arm. The button is moveable in a first axial direction between a projected position in which a top surface of the button is offset from an upper surface of the lid and a depressed position in which the top surface of the button is nearer to the upper surface. The gasket is moveable between a contracted state and an expanded state. The gasket pusher is moveable in a second axial direction, which is transverse to the first axial direction, and pushes the gasket. The arm operatively connects the button with the gasket pusher. Movement of the button from the projected position toward the depressed position results in pivotal movement of the arm and moves the gasket pusher in the second axial direction.

A cap gripper is described herein with a groove for receiving a projecting portion of a cap. A positively biased member may create a narrowing in the groove to secure the projecting portion of the cap within the groove. The positively biased member may be positively biased by a spring-loaded screw that is inserted into a screw hole of the cap gripper. When the cap is inserted into the cap gripper, the positively biased member may be partially depressed within the screw hole to allow the projecting portion of the cap to be inserted into the groove. Likewise, when the cap is removed from the cap gripper, the positively biased member may be partially depressed within the screw hole to allow the projecting portion of the cap to be removed from the groove.

A dispensing device having two output channels (6) for selectively dispensing a preferably liquid product is proposed. In order to switch between the output channels (6), the dispensing device has a switching part (10) that can be rotated by means of an associated actuation part (9). A simple and cost-effective design is made possible by the fact that the actuation part (9) engages axially into the switching part (10), and the switching part (10) has a peripheral seal and is self-sealing.

A dispenser including a medium reservoir, a discharge opening, and a feeding device for feeding medium from the medium reservoir to the discharge opening, wherein an actuating handle is displaceable relative to the medium reservoir in an actuation direction to discharge medium. The dispenser includes a protective device with a main segment and a switch segment, the main segment having a base portion and a plurality of protective arms pivotable relative to the base portion. The switch segment is displaceable relative to the main segment between a protective position and an enable position, wherein the switch segment limits maneuverability of the protective arms of the main segment in the protective position and does not limit maneuverability of the protective arms in the enable position.