Electric oven

Abstract

The invention provides an electric oven. The electric oven comprises an oven body and a door, a slidable roasting rack is mounted in a cavity of the oven body, the door of the electric oven comprises a door body and connection legs hinged to the oven body, and door hooks connected to the roasting rack are arranged on a door liner. One end, fixedly connected with the door liner, of each door hook is provided with a fixing plate, and each fixing plate extends from the door body to the corresponding door connection leg and fits the door liner, so that a contact area of each door hook and the door liner is increased greatly, force transferred by the door hooks to the door liner is scattered, intensity of pressure borne by the door liner is reduced, and accordingly deformation of the door liner is prevented. By the scheme, the door hooks are structurally improved to guarantee that strength of the door liner meets utilization requirements, door size increase is avoided, a control box mounting space is not reduced, and accordingly sufficient spaces for keys distributed on a control box can be guaranteed, and convenience in operation is achieved. In addition, increasing of plate thickness of the door liner is avoided, so that product cost is reduced.

Description

technical field [0001] The invention relates to the field of cooking devices, more specifically, to an electric oven. Background technique [0002] Some electric ovens will fix the door hook on the inner lining of the door body for easy access to food during the opening and closing process. The other end of the door hook is connected to the grill so that the grill can be pulled out or pushed out during the door opening process into the cavity. Since the door lining needs to withstand the weight of the grill and food, if the strength of the door lining is insufficient, deformation problems will occur. At present, there are two measures to increase the strength of the door lining. One measure is to widen the two sides of the door lining and the door shaft to ensure the strength of the door lining. However, this increases the size of the door body and will compress the control. The installation space of the control box requires reducing the size of the control box, resulting ...

AI Technical Summary

Problems solved by technology

Since the door lining needs to withstand the weight of the grill and food, if the strength of the door lining is insufficient, deformation problems will occur

At present, there are two measures to increase the strength of the door lining. One measure is to widen the two sides of the door lining and the door shaft to ensure the strength of the door lining. However, this increases the size of the door body and will compress the control. The installation space of the control box needs to reduce the size of the control box, resulting in the arrangement of buttons on the control box being too compact and inconvenient to operate

Another measure is to thicken the material of the door lining to ensure the strength of the door lining, but this increases the cost of the whole machine

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