Disclosed is an eco-friendly cooking including a lid main body including a hollow body formed of heat-resistant transparent glass, openings formed on the side surface of the body, and hinge coupling units provided adjacent to the openings, inlets, each including a cover provided with one end coupled with the hinge coupling unit by a hinge to open and close the opening and including at least one air vent, and a grasping terminal formed on the upper surface of the cover, a sealing weight provided on the lower surface of the cover, a handle provided at the upper end of the lid main body and including a grasping part and a through hole formed at the grasping part, and an exhaust pipe including an exhaust pipe main body provided with a lower end inserted into the through hole and a tubular connection member combined with the exhaust pipe main body.

A lid body is provided with a lid body wireless transmission device. The lid body wireless transmission device includes a circuit board. The lid body is provided with a mounting cavity for mounting the circuit board, one side of the mounting cavity being open. The circuit board is fixedly mounted in the mounting cavity; moreover, the mounting cavity is potted by means of a potting adhesive and the opening is sealed. The circuit board is potted in the mounting cavity by means of the potting adhesive, so that the circuit board is completely isolated from a cavity in the lid body to ensure that the circuit board does not contact high-temperature steam in the lid body, thereby preventing the occurrence of excessive temperature rise of a component due to that the circuit board contacts high-temperature steam and the occurrence of damages to the circuit board.

A holding apparatus comprises a tray configured to hold food product therein, a holding portion configured to hold the tray therein, and a cover configured to cover the tray held in the holding portion. The cover comprises a covering portion, a pair of flange portions, the covering portion being disposed between the pair of flange portions, and a channel formed in each of the flange portions. The channel comprises a first portion extending from an edge of each of the flange portions, a supporting portion, and a second portion formed between the first portion and the supporting portion. The holding apparatus further comprises a projecting portion disposed on the holding apparatus and configured to be coupled to the channel such that the cover is suspended in the holding portion via contact between the projecting portion and the supporting portion of the channel.

A cooking device comprises a power supply, a cooking pot, and a hot plate connected to the power supply and on which the cooking pot sits. The hot plate applies heat to the cooking pot. A plurality of food ingredient dispenser compartments is positioned upright in adjacent locations, aligned in a row at a front of the cooking device. A robotic arm consisting of five articulating joints provide a robotic arm with five corresponding degrees of motion. A computing device connected to the robotic arm controls the robotic arm to move the robotic arm according to the five degrees of motion to separately grasp and hold on to each of the plurality of upright food ingredient dispenser compartments, lift each grasped food ingredient dispenser compartment from its respective position in the row at the front of the cooking device, move each lifted food ingredient dispenser compartment to a position above the cooking pot, and rotate each lifted food ingredient dispenser compartment from its upright position substantially about a horizontal axis while positioned above the cooking pot to dispense food ingredients stored therein into the cooking pot.

A cooking device comprises a power supply, a cooking pot, and a hot plate connected to the power supply and on which the cooking pot sits. The hot plate applies heat to the cooking pot. A plurality of food ingredient dispenser compartments is positioned upright in adjacent locations, aligned in a row at a front of the cooking device. A robotic arm consisting of five articulating joints provide a robotic arm with five corresponding degrees of motion. A computing device connected to the robotic arm controls the robotic arm to move the robotic arm according to the five degrees of motion to separately grasp and hold on to each of the plurality of upright food ingredient dispenser compartments, lift each grasped food ingredient dispenser compartment from its respective position in the row at the front of the cooking device, move each lifted food ingredient dispenser compartment to a position above the cooking pot, and rotate each lifted food ingredient dispenser compartment from its upright position substantially about a horizontal axis while positioned above the cooking pot to dispense food ingredients stored therein into the cooking pot.

An anti-overflow cooking utensil with stable support includes a pot body, a pot cover, a handle, ear handles, and rectangular openings. The pot cover is disposed on an upper portion of the pot body, an anti-overflow ring is fixedly disposed at one end of an inner wall of the pot cover, a handle is connected to an upper portion of the pot cover, a supporting block is fixedly disposed at each of two opposite ends of a bottom of the pot body, fixing blocks are fixedly disposed at upper ends of two opposite sides of the pot body. In the present disclosure, two pressing columns are compressed on other two sides of the pot cover, cooperating with other two sets of pressing wheels to realize a pressing of four positions of the pot cover, which further improves stability and anti-slip performance.

A splatter protector including a hollow body having oppositely-directed first and second end portions. Each of the end portions may define a respective substantially circular end opening having an annular lip along the circumference thereof for engaging with upper edges of cooking vessels for mounting the splatter protector thereon, wherein the diameter of the end opening defined by the first end portion is greater than the diameter of the end opening defined by the second end portion. A kit including the splatter protector and a lid for covering at least one of the respective end openings defined by the first and second end portions of the splatter protector.

A splatter protector including a hollow body having oppositely-directed first and second end portions. Each of the end portions may define a respective substantially circular end opening having an annular lip along the circumference thereof for engaging with upper edges of cooking vessels for mounting the splatter protector thereon, wherein the diameter of the end opening defined by the first end portion is greater than the diameter of the end opening defined by the second end portion. A kit including the splatter protector and a lid for covering at least one of the respective end openings defined by the first and second end portions of the splatter protector.

A splatter screen includes a splatter screen frame and a mesh secured to the frame. A handle is mounted to the frame for pivotal movement so that it is positionable between a collapsed position for storage and an extended position for grasping. The handle includes a handle base, enabling the screen to rest upright on a countertop and to be supported by the handle base and the frame.

A splatter screen includes a splatter screen frame and a mesh secured to the frame. A handle is mounted to the frame for pivotal movement so that it is positionable between a collapsed position for storage and an extended position for grasping. The handle includes a handle base, enabling the screen to rest upright on a countertop and to be supported by the handle base and the frame.