CN-117338179-B - Drawer type air fryer

CN117338179BCN 117338179 BCN117338179 BCN 117338179BCN-117338179-B

Abstract

The invention discloses a drawer type air fryer, which belongs to the field of household appliances and solves the problems that a machine brings heavy feel to a user and has high gravity center so as to cause loud noise and easy dumping, and the technical scheme for solving the problem is that the top end face of a handle assembly is higher than the upper edge of an inner pot, a hot air assembly sinks relative to the top end face of the handle assembly and the upper edge of an opening, the top end face of the handle assembly is matched with the upper edge of the opening to shield the hot air assembly, the height of the drawer type air fryer is H1, and the height difference from the upper edge of the opening to the top face of the drawer type air fryer is H2, and H2 = 0-0.35H 1. The invention is mainly used for cooking food materials, so that the machine is not heavy, the gravity center of the machine is reduced, and the stability of the machine is improved.

Inventors

ZHU ZECHUN
CHEN LONG
LIN XIAOCAI
LOU WEI
NING WENTAO
GUO HONGWEI

Assignees

九阳股份有限公司

Dates

Publication Date: 20260505
Application Date: 20221002
Priority Date: 20220629

Claims (10)

1. The utility model provides a drawer type air fryer, includes the cooking cavity and is located the hot-blast subassembly of cooking cavity top, and the hot-blast input cooking cavity that hot-blast subassembly produced is in order to make cooked food material, and the cooking cavity is including the interior pot of placing food material, and the outside of interior pot is connected with the handle subassembly, is equipped with the chamber that holds interior pot in the drawer type air fryer, and the outer wall of drawer type air fryer shell is equipped with the opening that supplies interior pot to pack into the chamber, a serial communication port, the top face of handle subassembly is higher than the top edge of interior pot, and the hot-blast subassembly is sunken relative to the top face of handle subassembly and open-ended top edge, and the top face of handle subassembly is shielded hot-blast subassembly with open-ended top edge cooperation, and the height of drawer type air fryer is H1, and the difference in height of open-ended top face to drawer type air fryer is H2, H2=0 ~0.35H1.
2. The drawer air fryer of claim 1, wherein said hot blast assembly comprises a hood comprising a downwardly extending lower ledge, a lower edge of the lower ledge being lower than an upper edge of the opening, the hot blast assembly being disposed within the lower ledge.
3. The drawer-type air fryer of claim 2, wherein a shield is provided below the upper edge of said opening to shield the lower ledge, the top of the handle assembly being laterally shielded outside of the shield.
4. A drawer air fryer according to claim 3, wherein the shield comprises a flange extending upwardly from the lower edge of the lower ledge, the flange being integrally formed with or mounted to the air guide housing, the top of the handle assembly being positioned against the flange.
5. A drawer air fryer according to claim 3, wherein the shield comprises a baffle connected to the lower edge of the lower ledge and extending upwardly, the top of the handle assembly being positioned against the baffle, or wherein the shield comprises a flange extending upwardly from the lower edge of the lower ledge and a baffle located outside the flange, the top of the handle assembly being positioned against the baffle.
6. The drawer air fryer according to claim 5, wherein said drawer air fryer includes an inner housing defining a receiving cavity, a baffle integrally formed with the inner housing, and/or said baffle is disposed around the periphery of the lower ledge.
7. The drawer-type air fryer according to claim 3, wherein a wind-guiding heat-insulating ring is formed between the shielding piece and the lower protruding portion, and/or a protective net is arranged below the hot air assembly, and the edge of the protective net is connected with the shielding piece.
8. The drawer air fryer of claim 1, wherein the upper edge of said opening is located on a top surface of the drawer air fryer, h2=0, and the top surface of the handle assembly is flush with the top surface of the drawer air fryer.
9. The drawer type air fryer according to claim 1, wherein the heat insulation plate is arranged above the hot air component, the protective net is arranged below the hot air component, the edge of the protective net protrudes upwards to form an upper protruding part, the upper protruding part is connected with the heat insulation plate, the top of the handle component is transversely shielded outside the upper protruding part, or the air guide cover is arranged above the hot air component, the protective net is arranged below the hot air component, the edge of the protective net protrudes upwards to form an upper protruding part, the upper protruding part is connected with the air guide cover, and the top of the handle component is transversely shielded outside the upper protruding part.
10. The drawer-type air fryer of claim 1, wherein said drawer-type air fryer comprises an inner housing defining a receiving cavity, said inner housing having an integrally formed bottom plate upon which said inner pot rests, or wherein said drawer-type air fryer comprises an inner housing having a bottom portion connected to and defining a receiving cavity with said base, said inner pot resting upon said base.

Description

Drawer type air fryer Technical Field The invention relates to a household appliance, in particular to a drawer type air fryer. Background In prior art, current drawer type air fryer, including organism and pot body, the lateral part of organism is equipped with the opening, and the pot body includes interior pot and connects in interior pot's handle subassembly, and interior pot stretches into the internal chamber of holding of organism from the opening part, and handle subassembly and opening edge cooperation are closed it, form the culinary art chamber in the interior pot, lie in the culinary art chamber top in the organism and be equipped with hot-blast subassembly, and the hot-blast input culinary art chamber of hot-blast subassembly production is in order to make ripe food material. For example, in the air fryer disclosed in CN209712627U, the position of the hot air component is generally not lower than the top end surface of the handle component, while the hot air component generally includes a fan and a heating element, the fan is driven by a motor to rotate, and the motor is controlled to work by a circuit board, and in order to radiate heat for the motor and the circuit board, a heat radiation cavity is designed above the pot body by the machine body, more space is required to be designed for installing each part, resulting in higher height of the machine body and heavier feeling for users. The motor is used as a component with large weight, so that the gravity center of the machine body can be raised due to the high position in the machine body. In the working process, the center of gravity of a certain height can be lowered after food is placed in the inner pot, but the motor is higher in position, so that the generated vibration is larger, the whole machine is more easily affected, the noise in working is larger, after the inner pot is taken out, the machine body is changed into a 'head and foot light' state, and the machine is easily toppled by slight impact, so that the machine is damaged. Disclosure of Invention The invention aims to provide a drawer type air fryer, which solves the problem that a machine brings heavy sense to a user, reduces the gravity center of the machine, increases the stability of the machine, reduces vibration and noise during working, and ensures that the machine is not easy to topple after being taken out of an inner pot. In order to achieve the purpose, the drawer type air fryer comprises a cooking cavity and a hot air component arranged above the cooking cavity, hot air generated by the hot air component is input into the cooking cavity to cook food, the cooking cavity comprises an inner pot for accommodating the food, a handle component is connected to the outer side of the inner pot, a containing cavity for containing the inner pot is arranged in the drawer type air fryer, an opening for containing the inner pot is formed in the outer wall of a shell of the drawer type air fryer, the top end face of the handle component is higher than the upper edge of the inner pot, the hot air component sinks relative to the top end face of the handle component and the upper edge of the opening, the top end face of the handle component is matched with the upper edge of the opening to shield the hot air component, the height of the drawer type air fryer is H1, and the height difference from the upper edge of the opening to the top face of the drawer type air fryer is H2, and H2 = 0-0.35H 1. Further, the hot air component comprises a wind scooper, the wind scooper comprises a lower convex part which extends downwards, the lower edge of the lower convex part is lower than the upper edge of the opening, and the hot air component is arranged in the lower convex part. Further, a shielding piece for shielding the lower convex part is arranged below the upper edge of the opening, and the top of the handle assembly is transversely shielded on the outer side of the shielding piece. Further, the shielding piece comprises a flanging extending upwards from the lower edge of the lower protruding portion, the flanging and the wind scooper are integrally formed or are connected to the wind scooper in a mounting mode, and the top of the handle assembly is abutted against the flanging to be positioned. Further, the shield includes a baffle connected to the lower edge of the lower protrusion and extending upward, the top of the handle assembly being positioned against the baffle, or the shield includes a flange extending upward from the lower edge of the lower protrusion and a baffle located outside the flange, the top of the handle assembly being positioned against the baffle. Further, the drawer type air fryer includes an inner housing forming a receiving cavity, a baffle integrally formed with the inner housing, and/or the baffle is disposed around the periphery of the lower ledge. Further, an air guide heat insulation ring is formed between the shielding piece and the lower convex part, and/