Oven structure

An oven structure, comprising:

• a main body, which comprises a heating space formed in an interior thereof, the main body being provided, on a front side, with a front cover, the front cover being movable between an opened state and a closed state to selectively cover and shield the heating space;
• a digital temperature control unit, which is arranged on an outside surface of the main body, the digital temperature control unit comprising a temperature control circuit arranged in an interior thereof, the digital temperature control unit comprising a touch screen arranged on an outside thereof, wherein the touch screen is operable to display an oven heating temperature value, the digital temperature control unit comprising a power button, a motor control button, at least one setting button, a timer button, and a probe control button, wherein the power button is operable to control activation/deactivation of the digital temperature control unit;
• the motor control button is operable to control activation/deactivation of rotation of a motor;
• the at least one setting button is operable to adjust and set an oven temperature and a heating time;
• and the probe control button is operable to control activation/deactivation of a meat probe, and the at least one setting button is operable to set up a set temperature of the meat probe;
• a container, which is placeable, in a movable manner, in the interior of the main body, the container being provided, on a front side, with a connection plate, the connection plate being formed with two connection holes, the connection holes each having a lower sidewall that is formed with a first positioning portion and a second positioning portion, each of which is formed by recessing the lower sidewall in a notched form, a guide slope being arranged to connect between the first positioning portion and the second positioning portion;
• and
• a tonging unit, which is removably connectable with the container, the tonging unit comprising two tonging arms that are made of a material of flexibility, wherein the two tonging arms, once acted upon by inward pressing forces toward each other, are caused to move inwards from an original, separated state to approach each other and once the pressing forces are removed, the two tonging arms spring back to the original separated state, the tonging arms having end portions that are provided, on each of upper and lower edges thereof, with a stop portion, the end portions of the tonging arms being insertable into the connection holes, such that the two tonging arms, when acted upon by the inward pressing forces to move inwards, are caused to move along the guide slope from the first positioning portion toward the second positioning portion to be retained in the second positioning portion, where the stop portions of the upper and lower edges of the end portions are set in retaining engagement with surfaces of the connection plate on upper and lower sides of the connection holes.