Abstract: An arrangement having a coupling connection comprising two coupling parts. The coupling parts can be connected by means of a screw connection and form a fluid channel. On the first coupling part there is a multi-start thread as a connection means as part of the screw connection. On the second coupling part there is a multi-start mating thread as a connection means as a further part of the screw connection.

Abstract: A dispensing system (1) for a container (2) having a dip tube (5) and being designed for holding stored goods. The dispensing system (1) further has a dispense head (4) which can be fastened to the dip tube (5) so that liquid (3) can be dispensed from the container (2) or liquid (3) can be supplied to the container (2) via the dip tube (5) and the dispense head (4). The dip tube (5) has connection means with a multi-start thread.

Abstract: A dispensing system with a dispense head and at least one container. The dispense head is connectable to a container opening of the container by means of a screw connection, so that stored material is dispensable from or suppliable to the container by means of the dispense head. There is an actuating ring on the dispense head, wherein the screw connection is established by rotating the actuating ring in a closure direction. The screw connection is released by rotating the actuating ring in a release direction. The actuating ring has an overload protection by means of which an effective closure torque is limited to a limit closure torque when the screw connection is established.

Abstract: An arrangement with a container (3) having a container opening via which a storage medium (3) can be supplied to or removed from the container (3). The container opening can be sealed with a closure means and secured with a tamper-evident safeguard (9). The tamper-evident safeguard (9) has a safeguard body (10) with a lower part (13), and an upper part (12) that is displaceably mounted on the lower part (13), and a security seal (11). The latter is mounted on the safeguard body (10) fastened to the immersion pipe (4). When the tamper-evident safeguard (9) is released, there is relative movement between the upper part (12) and the lower part (13), by which a segment of the security seal (11) is separated and is guided into a receiving chamber (21) of the lower part (13).

Abstract: A locating system (15) for containers (3). The containers (3) each have at least one container opening (5) for supplying or dispensing storage medium. A container closure (14) designed for closing the container opening (5) is present for each container (3). A GPS tracker (10) designed for determining current location information of the container (3) is present in the container closure (14) or in a dip tube (4) opening out at the container closure (14). The current location information is transmitted to a cloud-based computer system (16) by means of the GPS tracker (10).

Abstract: A monitoring and control system (100) for containers (3). The containers (3) respectively have a container opening (5) for supplying and dispensing of stored goods. Each container (3) has a sensor unit (10) which has at least one sensor capturing environmental impacts, one processor evaluating sensor signals (13) and one interface unit (14) which operates in a contact-free manner.

Abstract: A method for operating a dispensing system (1) with at least one container (2) having a container opening (6), and a dispense head (4) mounted on a robot arm (11) of a robot (10). The dispense head (4) is automatically connected to the container opening (6) of the container by means of the robot (10), such that liquid (3) can be removed from the container (2) or liquid (3) can be supplied to the container (2). When the dispense head (4) is inserted into the container opening (6), forces acting on the dispense head (4) are detected by means of an arrangement of force sensors (14). The robot arm (11) carries out compensation movements dependent upon the detected forces, whereby the dispense head (4) is aligned to the container opening (6).

Abstract: A container management system (1) with a number of containers (2) which have identifying, electronically readable codes assigned to them, and with a number of dispensing/filling stations configured for dispensing a liquid from the container (2) or supplying said container with a fluid. The dispensing/filling stations are associated with electronic reading units by means of which the codes of containers (2) can be read. Data read by the electronic reading units are fed into a cloud-based computer system (13) configured for storing and analyzing the data.

Abstract: A dispensing system (1) for a container (2) having a dip tube (5) and designed to hold a liquid (3), with a dispense head (4) which can be fastened to the dip tube (5). Via the dip tube (5) and the dispense head (4), the liquid (3) can be dispensed from the container (2) or liquid (3) can be supplied to the container (2). At least one ventilation opening (18) in the form of an elongated hole is provided in the dip tube (5).

Abstract: A dispensing system (1) for a container (2) having a dip tube (5), wherein the dip tube (5) is fastened to the inner side of a pipe-shaped lug (6) of the container (2). The dip tube (5) has a removal opening, which can be closed off with a dip tube closure (12). When the dip tube closure (12) is released, a dispense head (4) can be attached to the dip tube (5) for dispensing liquid (3) from the container (2) or for supplying liquid (3) into the container (2), The dip tube (5) has a release safeguard, which abuts the outer side of the pipe-shaped lug (6) with clamping pressure.

Abstract: A removal system (1) with at least one container (2) with a container opening (6), to which a removal head (4) can be attached, such that by means of the removal head (4), liquid (3) can be removed from the container (2) or liquid (3) can be supplied to the container (2). An RFID chip (9) is present on the container (2). A measurement head (14) with a coil (15) of an RFID reader unit can be attached to a movable robot arm (11). A code can be read from the RFID chip (9) with the RFID reader unit when it is within the reading range of the RFID reader unit, wherein when the code is read, it is adopted as positioning signal in a control unit (12) of the robot (10), on the basis of which the removal head (4) can be positioned on the container opening (6).

Abstract: An arrangement with a container (3) having a container opening via which a storage medium (3) can be supplied to or removed from the container (3). The container opening can be sealed with a closure means and secured with a tamper-evident safeguard (9). The tamper-evident safeguard (9) has a safeguard body (10) with a lower part (13), and an upper part (12) that is displaceably mounted on the lower part (13), and a security seal (11). The latter is mounted on the safeguard body (10) fastened to the immersion pipe (4). When the tamper-evident safeguard (9) is released, there is relative movement between the upper part (12) and the lower part (13), by which a segment of the security seal (11) is separated and is guided into a receiving chamber (21) of the lower part (13).

Abstract: A retrieval system for a container having a dip tube and designed to hold a liquid, with a retrieval head which can be fastened to the dip tube, so that liquid can be retrieved from or supplied to the container via the dip tube and the retrieval head. The retrieval head has a liquid channel in which the liquid retrieved from or supplied to the container is conducted. An opening is provided in the wall bounding the liquid channel, wherein when the retrieval head is fastened to the dip tube the opening is closed in such a way that it is secured against the entering of gas, and wherein when the retrieval head is unfastened from the dip tube the opening is no longer closed, so that gas enters the liquid channel via the borehole.

Abstract: A removal system (1) for a container designed to receive a fluid, with an extraction head (4) and a dip tube (5) that can be fastened thereto. By means of the extraction head (4), fluid can be removed through the dip tube (5) from the container (3) or fluid can be fed into the container (3). The extraction head (4) can be fastened to the dip tube (5) by a displacement movement. Alternatively or additionally, a target position of the dip tube (5) at the extraction head (4) is monitored by means of an optical sensor (12).

Abstract: A removal system (1) with an interface 5a for releasable connection to an extraction head (2) of the removal system (1), such that the tube (5) can be used as a single-use part for removing fluid from a container.

Abstract: A removal system (1) with an extraction head (2) that may be placed onto an opening of a bottle (3)), wherein the extraction head (2) has a closing means for closing the opening of the bottle (3). In the extraction head (2), a tube (5) is mounted such that when the extraction head (2) is placed onto the opening, the tube (5) projects into the bottle (3) and fluid (4) may be removed from the bottle (3) via the tube (5). An actuation mechanism is provided, by means of which the mounting of the tube (5) in the extraction head (2) may be released.

Abstract: A retrieval system for a container having a dip tube and designed to hold a liquid, with a retrieval head which can be fastened to the dip tube, so that liquid can be retrieved from or supplied to the container via the dip tube and the retrieval head. The retrieval head has a liquid channel in which the liquid retrieved from or supplied to the container is conducted. An opening is provided in the wall bounding the liquid channel, wherein when the retrieval head is fastened to the dip tube the opening is closed in such a way that it is secured against the entering of gas, and wherein when the retrieval head is unfastened from the dip tube the opening is no longer closed, so that gas enters the liquid channel via the borehole.

Abstract: A removal system (1) for a container designed to receive a fluid, with an extraction head (4) and a dip tube (5) that can be fastened thereto. By means of the extraction head (4), fluid can be removed through the dip tube (5) from the container (3) or fluid can be fed into the container (3). The extraction head (4) can be fastened to the dip tube (5) by a displacement movement. Alternatively or additionally, a target position of the dip tube (5) at the extraction head (4) is monitored by means of an optical sensor (12).

Abstract: A removal system (1) with an interface 5a for releasable connection to an extraction head (2) of the removal system (1), such that the tube (5) can be used as a single-use part for removing fluid from a container.

Abstract: A container management system (1) with a number of containers (2) which have identifying, electronically readable codes assigned to them, and with a number of dispensing/filling stations configured for dispensing a liquid from the container (2) or supplying said container with a fluid. The dispensing/filling stations are associated with electronic reading units by means of which the codes of containers (2) can be read. Data read by the electronic reading units are fed into a cloud-based computer system (13) configured for storing and analyzing the data.