Abstract: A kettle includes a kettle body and a kettle lid. A water fill inlet is defined through the kettle lid and the kettle lid further comprises a water filling flap movably disposed below the water fill inlet for movement between a sealing position and an unsealing position with respect to the inlet. A closure mechanism is configured to apply a resilient drive force to bias the water filling flap toward its sealing position so as to enable the water filling flap to seal the water fill inlet. The water filling flap is configured to be moved toward its unsealing position to open the water fill inlet under the weight of water in the water fill inlet.

Abstract: A kettle includes a kettle body and a kettle lid. A water fill inlet is defined through the kettle lid and the kettle lid further comprises a water filling flap movably disposed below the water fill inlet for movement between a sealing position and an unsealing position with respect to the inlet. A closure mechanism is configured to apply a resilient drive force to bias the water filling flap toward its sealing position so as to enable the water filling flap to seal the water fill inlet. The water filling flap is configured to be moved toward its unsealing position to open the water fill inlet under the weight of water in the water fill inlet.

Abstract: A pot and an infuser thereof are disclosed. The infuser comprises a lifting button, an upper rod, a lower rod and a basket. The basket is connected to the lower rod. The bottom end of the upper rod is hinged to the top end of the lower rod. The lifting button is connected to the top end of the upper rod. The present disclosure enables the separation of the infusion from the water conveniently.

Abstract: A radiator and a baseplate assembly thereof are disclosed. The baseplate assembly comprises: a baseplate comprising a strip plate and wheels mounted at two ends of the strip plate in a length direction, the strip plate having a through hole; a baseplate fixing plate fixedly connected between two radiating fins on a bottom of the radiator and having a threaded hole; and a bolt passing through the through hole and being screwed in an inner thread of the threaded hole so as to fixedly connect the baseplate onto the baseplate fixing plate. The radiator and the baseplate assembly thereof have simple structures and are convenient to install and transport.

Abstract: The disclosure discloses an oil-free radiator and a method of manufacturing the same. The oil-free radiator comprises a housing having a top plate, a bottom plate, two side walls, a front cover and a rear cover, with radiating holes disposed uniformly in the top plate; a cavity enclosed by the housing and with one or more heating elements provided on a bottom in the cavity. The oil-free radiator further comprises a plurality of radiating fins perpendicularly connected to the top plate of the housing and extending to the side walls. The present disclosure can solve simultaneously the technical problem of protecting the top of the oil-free radiator as well as dissipating heat from side faces of the oil-free radiator.

Abstract: The present disclosure discloses a remote control attachable to a surface of a metal shell. The remote control comprises a shell, a remote panel provided on a front face of the shell, and a magnet built-in inside the shell. The remote control according to the present disclosure can avoid being lost easily due to no fixed position to be placed and can increase the user's convenience.

Abstract: The disclosure discloses a liquid heater with a movable base assembly, comprising a body portion and a chassis portion. The chassis portion has the movable base assembly which is overlapped with the chassis portion and can be protruded out of the chassis portion. The liquid heater with the movable base assembly according to the disclosure has the receiving function, wherein the movable base assembly can be received on the chassis portion. Thereby, the liquid heater with the movable base assembly of the application has the advantages of a compacted structure, having the receiving function, convenient use and great utility.

Abstract: The disclosure relates to an infuser and an infusion-container lifting structure thereof. The infusion-container lifting structure is used in an infuser and comprises a cover body placed in a top opening of the infuser, a lifting button provided at an upper surface side of the cover body, an infusion container for accommodating an infusion and provided at a lower surface side of the cover body, a lifting shaft configured to extend through the cover body and have one end fixed to the infusion container and the other end fixed to the lifting button, and a clip assembly arranged in the cover body, with one end fixed to the cover body and the other end pressed against the lifting shaft elastically such that the lifting shaft is slidable under an external force and maintained at its position when the external force is released. With the disclosure, the user will feel comfortable when manually lifting and lowering the infusion container in use.