A device for making a beverage particularly a coffee-based beverage, comprising an electronic control unit; a portable cooking pot having a bottom and an open top for receiving a mixture that is added to the cooking pot to make the beverage, in which a cooking process is performed; a heating means for heating the cooking pot during the cooking process; and an infrared temperature sensor for contactless sensing the temperature in the cooking pot. Said infrared temperature sensor is configured to detect the temperature of an upper surface of the mixture during the cooking process and said infrared temperature sensor is disposed in proximity to the cooking pot, at a distance such as to allow the measurement of the temperature of the upper surface of the mixture contactless.

An automated one touch cooker device that automatically cooks food items in a pot and the same pot can be used as a serving container. The automated one touch cooker comprises of a cooking vessel, a water reservoir and a body frame wherein the cooking vessel is used for cooking a food item, the water reservoir holds fresh water for cooking, and the body frame houses the water reservoir and the cooking vessel. The body frame further holds a water pump, a water heater, and other elements required to run the cooker device.

An automated one touch cooker device that automatically cooks food items in a pot and the same pot can be used as a serving container. The automated one touch cooker comprises of a cooking vessel, a water reservoir and a body frame wherein the cooking vessel is used for cooking a food item, the water reservoir holds fresh water for cooking, and the body frame houses the water reservoir and the cooking vessel. The body frame further holds a water pump, a water heater, and other elements required to run the cooker device.

The present disclosure relates to a beverage making device, which includes a lid, a container, an infuser and a pump for pumping liquid. The pump pumps liquid in the container to the infuser through the riser tube. A protective flow-diversion cover is sleeved over a top end of the riser tube, and the protective flow-diversion cover is provided with a water outlet. The lid of the beverage making device is provided with a protruding member extending downward. Only when the lid is closed, the protective flow-diversion cover can open the water outlet by being triggered by the protruding part. This ensures that no liquid will be ejected from the beverage making device when the lid is opened.

The present disclosure relates to a beverage making device, which includes a lid, a container, an infuser and a pump for pumping liquid. The pump pumps liquid in the container to the infuser through the riser tube. A protective flow-diversion cover is sleeved over a top end of the riser tube, and the protective flow-diversion cover is provided with a water outlet. The lid of the beverage making device is provided with a protruding member extending downward. Only when the lid is closed, the protective flow-diversion cover can open the water outlet by being triggered by the protruding part. This ensures that no liquid will be ejected from the beverage making device when the lid is opened.

A fountain-type brewing device with an automatic water supply function comprises a device body provided with a brewing container and a brewing frame. A main passage and a branched passage are disposed in the brewing frame. A brewing basket is disposed on the brewing frame. The brewing frame is provided with a guide rod located above the brewing basket. The guide rod is provided with a guide cavity communicated with the branched passage, and a water outlet of the guide cavity is exactly opposite to a pipe outlet of the main passage. A water pump is disposed in the device body and is provided with a water inlet disposed in the brewing container and a water outlet communicated with the main passage via a drain joint.

A capsule for use in an extraction machine has a frustoconical side wall, a transverse base closing one end of the side wall, an open mouth at the end remote from the base and a peripheral flange encircling the open mouth. A section of the side wall of the capsule close to the flange is thicker than the remainder of the side wall.

A rollable beverage brewing assembly for brewing hot beverages at any location and charging electronic devices includes a housing, a control circuit being coupled to the housing and a plurality of rollers that are each rotatably coupled to the housing for rolling along a support surface. A handle is slidably coupled to the housing for rolling the housing on the rollers for transporting the housing. A brewer is positioned in the housing for brewing a hot beverage such as coffee or tea and the brewer is electrically coupled to the control circuit. A charging unit is coupled to the housing and a plurality of electronic devices may be electrically coupled thereto for charging the electronic devices.

An in-car coffee maker, powered by DC12 or DC24 direct current voltage, has an outer shell; a water pump support rack is provided at an inner bottom part of the outer shell; a water pump is mounted in the water pump support rack; a circuit control board is mounted on the water pump support rack; a water inlet pipe and a water outlet pipe are mounted on the water pump; a heating element support rack is mounted on the circuit control board; a heating element is mounted on the heating element support rack; the heater element support rack is mounted with a water container; four legs of the water container are fitted to a periphery of the heating element support rack; a left side surface of the water container is provided with an insertion slot inserted with a button board; a button switch is mounted on the button board.

An in-car coffee maker, powered by DC12 or DC24 direct current voltage, has an outer shell; a water pump support rack is provided at an inner bottom part of the outer shell; a water pump is mounted in the water pump support rack; a circuit control board is mounted on the water pump support rack; a water inlet pipe and a water outlet pipe are mounted on the water pump; a heating element support rack is mounted on the circuit control board; a heating element is mounted on the heating element support rack; the heater element support rack is mounted with a water container; four legs of the water container are fitted to a periphery of the heating element support rack; a left side surface of the water container is provided with an insertion slot inserted with a button board; a button switch is mounted on the button board.