Patentgruppen A/S

Described herein are multi-unit storage devices where two separate compartments are joined in a manner such that accessing one of the compartments does not compromise product held in the other compartment. The separate compartments may be vacuum or otherwise sealed such that when the seal is broken, access to the products contained therein is provided. Each of the compartments may be independently sealed.

An electrical conductor for an electrical installation, said electrical conductor comprising: a first end segment; a second end segment; a middle segment formed by a plurality of conductor branches which electrically couples and mechanically couples said first end segment and said second end segment; wherein one or more of the first end segment, the second end segment and a conductor branch comprises an input of an internal cooling channel, and wherein one or more of the first end segment, the second end segment and a conductor branch comprises an output of an internal cooling channel.

A multi-use fully restrained platform system for offshore marine applications includes a monopile foundation, an interface piece mounted atop the monopile, and a deck structure coupled to the interface piece. The interface piece provides a standardized connection mechanism that enables various payload configurations to be mounted on the same foundational infrastructure, including wind turbines, oil and gas extraction equipment, hydrogen production facilities, offshore charging stations, electrical substations, offshore datacenters, and marine infrastructure such as bridges. The interface piece includes multiple receptacles configured to receive mounting columns from the deck structure, with the receptacles arranged to accommodate different deck geometries and payload requirements.

The present invention pertains to the field of medical devices, and in particular relates to a biological patellar groove replacement assembly and an operation method. The biological patellar groove replacement assembly includes a prosthesis, a trial implant and a base block. The trial implant has an upper surface generally coinciding and height consistent with those of the prosthesis and can be used to simulate a mounting orientation of the prosthesis. Tuning holes in the trial implant can be used to preliminarily position the trial implant and facilitate tuning of its orientation. Drilling shafts can be inserted into locating holes in the trial implant and first and second locating holes in the base block and then used to drill first and second mounting holes in an osteotomy surface of a femur, enabling accurate positioning of the base block and the prosthesis. In this way, a positional match between the mounting holes in the osteotomy surface of the femur and mounting pegs on the prosthesis can be ensured, which in turn better ensures that the prosthesis can be mounted at an orientation determined by the trial implant, effectively improving the success of a procedure for implanting the prosthesis.

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