Riechelmann & Carlsohn Patentanwälte PartG mbB

The invention relates to a water-free phase of a (glycyl-L-histidinato)copper(II) compound. The water-free phase of the (glycyl-L-histidinato)copper(II) compound has the following symmetry and crystal structure: tetragonal, space group P4₃2₁2, a=b=11.0012(2) Å, c=18.8529(7) Å, α=β=γ=90° and V=2281.72(13) ų. The temperature of the crystal structure determination was 283.15 K.

Flight path generation platform and unmanned aerial vehicle (UAV). The platform generates and displays a visual representation of a three-dimensional (3D) model of an environment on a display. The platform generates a visual representation of a flight path of the UAV superposed to the visual representation of the 3D model of the environment. The platform generates the flight path of the UAV based on the visual representation of the flight path. The flight path is loaded and stored in a memory of the UAV. The UAV processes the flight path to generate control commands sent to flying components of the UAV, the control commands controlling operations of the flying components so that the UAV follows a trajectory according to the flight path. The UAV transmits a video generated by a video camera of the UAV via a wireless communication interface of the UAV.

System and method for performing a regenerative desulfurization of raw biogas. Raw biogas comprising hydrogen sulfide is injected in a container containing a material adapted for capturing and converting into solid sulfur the hydrogen sulfide. Biogas without hydrogen sulfide is extracted from the container, the hydrogen sulfide being captured and converted into the solid sulfur by the material. The injection of the raw biogas comprising the hydrogen sulfide in the container is then stopped. A regeneration gas heated at a predetermined temperature is injected in the container, the temperature allowing extraction of the sulfur from the material in the form of sulfur compound(s). The regeneration gas and the sulfur compound(s) are extracted from the container. The injection of the regeneration gas in the container is then stopped. A control device controls the execution of the regenerative desulfurization, using collected data representative of operating conditions of the system.

Self-cleaning beverage dispensing system (100) for preparing and serving beverages. The beverage dispensing system implements a self-cleaning procedure, by having a controller (180) send commands to a cleaning pump (220), a water pump (160) and an ingredient pump (170) to execute at least one of an air cleaning and a water cleaning functionality. The air cleaning functionality comprises an air transfer by the ingredient pump through a liquid extraction component (120) to a mixing unit (140), and optionally a transfer of water by the water pump from a water tank (230) to the mixing unit. The water cleaning functionality comprises a water transfer by the water pump from the water tank to the mixing unit, a cleaning water transfer by the cleaning pump from the water tank to the liquid extraction component, and a cleaning water transfer by the ingredient pump from the liquid extraction component to the mixing unit.

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Container 110 for storing a liquid and allowing extraction of the liquid on-demand. The container comprises a casing 114 for storing the liquid, the casing defining an aperture 116. The container comprises a resealable membrane 200 covering the aperture of the casing, the resealable membrane being adapted for receiving a liquid extraction tube 120 therethrough for on-demand liquid extraction from the casing, the resealable membrane automatically resealing the aperture upon withdrawal of the liquid extraction tube. The container comprises an air permeable membrane 202 for balancing a pressure in the casing upon extracting liquid by the liquid extraction tube. The resealable membrane and the air permeable membrane are provided as a cap for closing the aperture of the casing. Alternatively, the casing, the resealable membrane and the air permeable membrane are provided as a capsule. A multi-servings beverage dispensing system 100 is adapted for receiving the container in removable engagement.