A removable storage compartment system for bicycles is provided. The removable storage compartment system has a plurality of generally cylindrical containers wherein each of the individual containers is secured to another container or to the frame of the bicycle. The generally cylindrical individual containers may be insulated so as to allow a user to transport warm or cool items. Each of the plurality of individual storage compartments may be of different sizes so as to allow a user to best select the total desired storage area for the bicycle and to allow a user to store the individual storage compartments inside one another.

Connection interface rotating about a longitudinal axis.

A first end portion includes outer lugs extending radially towards the outside and which are capable of forming an outer upper bayonet link. a second end portion includes lower notches capable of forming a peripheral lower bayonet link with an outer element.

A central passage passes all the way through connecting the first end portion and the second end portion, the central passage including inner lugs capable of forming an inner upper bayonet link.

A joint is mounted on the first end portion. The second end portion includes an annular housing including an axial groove opening into an end face of the second end portion, and a radial groove surrounding the axial groove. The radial groove being is configured to house lugs of the outer element in order to form the peripheral lower bayonet link and allow a movement of the lugs.

Connection interface rotating about a longitudinal axis.

A first end portion includes outer lugs extending radially towards the outside and which are capable of forming an outer upper bayonet link. a second end portion includes lower notches capable of forming a peripheral lower bayonet link with an outer element.

A central passage passes all the way through connecting the first end portion and the second end portion, the central passage including inner lugs capable of forming an inner upper bayonet link.

A joint is mounted on the first end portion. The second end portion includes an annular housing including an axial groove opening into an end face of the second end portion, and a radial groove surrounding the axial groove. The radial groove being is configured to house lugs of the outer element in order to form the peripheral lower bayonet link and allow a movement of the lugs.

A magnetic connecting attachment adapted for a lid with an engaging feature and a mobile device is provided. The magnetic connecting attachment includes a main body and a magnetic connecting member. The main body is formed with an engaging slot and adapted to define a passage. The engaging slot is selectively engaged with the engaging feature, and the main body sleeves is adapted to sleeve the lid through the passage. The magnetic connecting member is pivotally or detachably connected to the main body and adapted to be magnetically connected to the mobile device. Besides, a lid assembly and a container assembly for beverages or food respectively include the magnetic connecting attachment are also provided.

A magnetic connecting attachment adapted for a lid with an engaging feature and a mobile device is provided. The magnetic connecting attachment includes a main body and a magnetic connecting member. The main body is formed with an engaging slot and adapted to define a passage. The engaging slot is selectively engaged with the engaging feature, and the main body sleeves is adapted to sleeve the lid through the passage. The magnetic connecting member is pivotally or detachably connected to the main body and adapted to be magnetically connected to the mobile device. Besides, a lid assembly and a container assembly for beverages or food respectively include the magnetic connecting attachment are also provided.

A packaging for a liquid to be dispensed includes a bottle having a mouth, a finish, a neck, a multi-faceted shoulder, a multi-faceted bottle body having a multi-faceted cross-sectional configuration, and a base. The packaging also includes a safety cap which cooperates with the finish and is free to rotate when secured to the finish sealing the mouth of the bottle and the safety cap having a continuous side wall. The packaging further includes a reusable dosage cup having a closed end and side walls that extend up to an open end, the side walls having an interior surface with a plurality of spaced fins extending inwardly to contact the continuous side wall of the safety cap and form a friction fit therewith such that the reusable dosage cup can be removably secured to the safety cap, wherein the open end of the reusable dosage cup has a circumferential configuration dimensioned to be the same as the cross-sectional dimensions and configuration of the multi-faceted bottle body and when the reusable dosage cup is placed over the safety cap and pressed down to secure the reusable dosage cup to the bottle, the reusable dosage cup and the safety cap will rotate to a position such that the side walls of the reusable dosage cup will align with and match the cross-sectional configuration of the multi-faceted bottle body.

A packaging for a liquid to be dispensed includes a bottle having a mouth, a finish, a neck, a multi-faceted shoulder, a multi-faceted bottle body having a multi-faceted cross-sectional configuration, and a base. The packaging also includes a safety cap which cooperates with the finish and is free to rotate when secured to the finish sealing the mouth of the bottle and the safety cap having a continuous side wall. The packaging further includes a reusable dosage cup having a closed end and side walls that extend up to an open end, the side walls having an interior surface with a plurality of spaced fins extending inwardly to contact the continuous side wall of the safety cap and form a friction fit therewith such that the reusable dosage cup can be removably secured to the safety cap, wherein the open end of the reusable dosage cup has a circumferential configuration dimensioned to be the same as the cross-sectional dimensions and configuration of the multi-faceted bottle body and when the reusable dosage cup is placed over the safety cap and pressed down to secure the reusable dosage cup to the bottle, the reusable dosage cup and the safety cap will rotate to a position such that the side walls of the reusable dosage cup will align with and match the cross-sectional configuration of the multi-faceted bottle body.

Connection interface rotating about a longitudinal axis. A first end portion includes outer lugs extending radially towards the outside and which are capable of forming an outer upper bayonet link. a second end portion includes lower notches capable of forming a peripheral lower bayonet link with an outer element. A central passage passes all the way through connecting the first end portion and the second end portion, the central passage including inner lugs capable of forming an inner upper bayonet link. A joint is mounted on the first end portion. The second end portion includes an annular housing including an axial groove opening into an end face of the second end portion, and a radial groove surrounding the axial groove. The radial groove is configured to house lugs of the outer element in order to form the peripheral lower bayonet link and allow a movement of the lugs.

Connection interface rotating about a longitudinal axis. A first end portion includes outer lugs extending radially towards the outside and which are capable of forming an outer upper bayonet link. a second end portion includes lower notches capable of forming a peripheral lower bayonet link with an outer element. A central passage passes all the way through connecting the first end portion and the second end portion, the central passage including inner lugs capable of forming an inner upper bayonet link. A joint is mounted on the first end portion. The second end portion includes an annular housing including an axial groove opening into an end face of the second end portion, and a radial groove surrounding the axial groove. The radial groove is configured to house lugs of the outer element in order to form the peripheral lower bayonet link and allow a movement of the lugs.

The invention relates to the transport of goods by means of an unmanned aerial vehicle (3) and a transport container (2), as well as to the possibility of the receipt of the goods by means of a goods station (29). In order to be able to transport the goods flexibly and easily to a destination, it is envisaged in accordance with the invention that the unmanned aerial vehicle (3), and/or the transport container (2), and/or the goods station (29), comprise data storage devices (4, 6) and are configured to exchange data from the data storage devices (4, 6) with one another, or with a transport logistics server.