See how coil-based electromagnetic coupling replaces Bluetooth and wired connections to achieve
See how a circulating conveyor belt, swivel heating containers, and station-based automation re
See how a three-part milk frother design uses a cylindrical coupling mechanism to enable vessel
See how a retractable heated support integrates heating and mixing in one appliance to prevent
See how a planar electrical heating layer integrated into a processing container enables unifor
See how a motorized kitchen machine measures humidity, temperature, and viscosity to auto-adjus
See how a discharge duct opening against the inner container wall prevents steam and food splas
Sensor feedback varies stirring speed and heating phases in a heated mixing chamber to mimic manual cooking and prevent burning.
A self-supporting frame with fan cooling and finned component carrier keeps cooking appliance electronics cool without filter maintenance.
A mechanical lock backs up adhesive bonding in an induction cooktop, keeping the top plate attached and internal circuits protected.
A cover finger drives a housing cam to switch power safely, avoiding lid-mounted circuits and simplifying appliance cover design.
Steam flows from a base reservoir through a conduit and gap into the blender chamber, enabling blending and cooking in one easy-to-clean container.
A removable bowl cover with a filling opening lets users add ingredients in place while keeping the motor in the base for easier handling and cleaning.
A blunt lifting arm turns meat pieces without cutting, while timed stirring and heat control prevent burning and over-processing.
A handle-triggered safety switch cuts power before receptacle removal, preventing arc damage at the heating connector.
A raised blade end and upper restriction shear trapped pieces at the bowl wall, speeding sauce homogenization across mixed ingredient consistencies.
Dynamic stirring pauses and heating cycles use motor and temperature data to keep cooking consistent while mimicking manual preparation.
An off-center heater beside the rotary tool keeps the container compact, improving small-quantity mixing while lowering motor power and shaft overheating risk.
A sealed magnetic drive isolates the motor from the milk tank, enabling washable surfaces, cleaner frothing, and protection from water ingress.