SUMMERY OF THE UTILITY MODEL
The utility model aims to provide a combined heating lunch box to overcome the defects of the prior art.
In order to achieve the above purpose, the solution of the utility model is:
a combined heating lunch box comprises a main heating box, an auxiliary heating box and a power adapter; the main heating box comprises a main heating box body, a main heating box cover, a main heating pot, a main heating module, a main electric connector and a main control module; the main heating box body is provided with a top opening, the main heating box cover covers the top opening of the main heating box body, a main heating pot and a main heating module are installed in the main heating box body and used for heating the main heating pot, a main electrical connector and a main control module are installed in the main heating box body, and the main control module is electrically connected with the main heating module and the main electrical connector respectively; the auxiliary heating box comprises an auxiliary heating box body, an auxiliary heating box cover, an auxiliary heating pot, an auxiliary heating module, a first auxiliary electric connector and a second auxiliary electric connector; the auxiliary heating box body is provided with a top opening, the auxiliary heating box cover covers the top opening of the auxiliary heating box body, the auxiliary heating pot and the auxiliary heating module are installed in the auxiliary heating box body and used for heating the auxiliary heating pot, a first auxiliary electric connector and a second auxiliary electric connector are installed on the auxiliary heating box body, the first auxiliary electric connector is used for connecting a main electric connector, and the second auxiliary electric connector is electrically connected with the auxiliary heating module and the first auxiliary electric connector respectively; the power adapter is provided with a power supply electrical connector for connecting the main electrical connector and the second secondary electrical connector.
The main electric connector and the second auxiliary electric connector both adopt magnetic female seats, and the first auxiliary electric connector and the power supply electric connector both adopt magnetic male heads.
The main heating lunch box also comprises a temperature sensor used for sensing the temperature of the main heating pot, the temperature sensor is arranged in the main heating box body, and the temperature sensor is electrically connected with the main control module.
The temperature sensor is contacted with the bottom of the main heating pan.
The main heating box further comprises a heating indicating module arranged on the main heating box body, and the heating indicating module is provided with a plurality of heating indicating lamps electrically connected with the main control module.
The main heating module is attached to the bottom of the main heating pot.
The auxiliary heating module is attached to the bottom of the auxiliary heating pot.
The auxiliary heating module is provided with an overheat protection switch for controlling whether the auxiliary heating module heats or not.
The overheat protection switch is a PTC thermal protector.
A main connecting support is matched with an opening in the top of the main heating box body, the main heating box cover is detachably connected with the main connecting support, and a main sealing ring for abutting against the main heating box cover is matched on the main connecting support; vice heating box body open-top cooperation has vice linking bridge, vice heating lid and vice linking bridge releasable connection, the cooperation has the vice sealing washer that is used for conflicting vice heating lid on the vice linking bridge.
After the scheme is adopted, the main heating box and the auxiliary heating box can work simultaneously, so that a user can respectively place different foods in the heating pot of the main heating box and the auxiliary heating pot of the auxiliary heating box, and the main heating box and the auxiliary heating box work simultaneously to respectively heat the different foods, wherein the main heating box and the auxiliary heating box are mutually independent, so that the main heating box and the auxiliary heating box respectively heat the different foods, and the taint of different foods can be avoided. In addition, the main heating box and the auxiliary heating box can also work independently, so that a user can only use the main heating box or only use the auxiliary heating box to heat the food, the power consumption of the food heating device can be reduced, and the energy-saving effect is achieved.
Drawings
FIG. 1 is a schematic view of the present invention in use 1;
FIG. 2 is a schematic representation of the use of the present invention 2;
FIG. 3 is a schematic diagram of the present invention in use 3;
description of the reference symbols:
a main heating box 1, a main heating box body 11, a main connecting bracket 111, a main heating box cover 12, a main heating pot 13, a main heating module 14, a main electric connector 15, a main control module 16,
a sub-heating box 2, a sub-heating box body 21, a sub-connecting support 211, a sub-heating box cover 22, a sub-heating pot 23, a sub-heating module 24, a first sub-electric connector 25, a second sub-electric connector 26,
a power adapter 3 and a power supply electric connector 31.
Detailed Description
In order to further explain the technical solution of the present invention, the present invention is explained in detail by the following specific examples.
As shown in fig. 1 to 3, the present invention discloses a combined heating lunch box, which comprises a main heating box 1, an auxiliary heating box 2 and a power adapter 3.
Specifically, as shown in fig. 1 and 3, the main heating box 1 includes a main heating box body 11, a main heating box cover 12, a main heating pan 13, a main heating module 14, a main electrical connector 15, and a main control module 16; the top opening of the main heating box body 11 is arranged, the main heating box cover 12 covers the top opening of the main heating box body 11, the main heating pot 13 and the main heating module 14 are installed in the main heating box body 11, the main heating module 14 is used for heating the main heating pot 13, the main electrical connector 15 and the main control module 16 are installed on the main heating box body 11, and the main control module 16 is electrically connected with the main heating module 14 and the main electrical connector 15 respectively. The main control module 16 can control the main heating module 14 to heat the main heating pan 13, and the main electrical connector 15 can realize power transmission.
As shown in fig. 2 and 3, the sub-heating box 2 includes a sub-heating box body 21, a sub-heating box cover 22, a sub-heating pan 23, a sub-heating module 24, a first sub-electrical connector 25, and a second sub-electrical connector 26; the top opening of the auxiliary heating box body 21 is arranged, the top opening of the auxiliary heating box body 21 is covered by the auxiliary heating box cover 22, the auxiliary heating pot 23 and the auxiliary heating module 24 are installed in the auxiliary heating box body 21, the auxiliary heating module 24 is used for heating the auxiliary heating pot 23, the first auxiliary electric connector 25 and the second auxiliary electric connector 26 are installed on the auxiliary heating box body 21, the first auxiliary electric connector 25 is used for being connected with the main electric connector 15, and the second auxiliary electric connector 26 is electrically connected with the auxiliary heating module 24 and the first auxiliary electric connector 25. The first and second secondary electrical connectors 25, 26 enable the transmission of electrical power; when the main electrical connector 15 of the main heating box 1 is connected to the first sub-electrical connector 25 of the sub-heating box 2, power transmission is enabled between the main heating box 1 and the sub-heating box 2.
As shown in fig. 1 to 3, the power adapter 3 is provided with a power supply connector 31 for connecting the main electrical connector 15 of the main heating box 1 and the second sub-electrical connector 26 of the sub-heating box 2, and the power adapter 3 is used for converting the commercial power to supply power to the main heating box 1 and the sub-heating box 2.
For the purpose of understanding the present invention, the following is a description of the working principle of the present invention:
as shown in fig. 1, in the present invention, when the power supply connector 31 of the power adapter 3 is connected to the main electrical connector 15 of the main heating box 1, the power adapter 3 only supplies power to the main heating box 1, the main control module 16 of the main heating box 1 can control the main heating module 14 to heat the main heating pan 13, and the auxiliary heating box 2 does not work because no power is supplied;
as shown in fig. 2, in the present invention, in the case where the power supply connector 31 of the power adapter 3 is connected to the second sub-electrical connector 26 of the sub-heating box 2 and the main electrical connector 15 of the main heating box 1 is not connected to the first sub-electrical connector 25 of the sub-heating box 2, the power adapter 3 supplies power only to the sub-heating box 2, the sub-heating module 24 of the sub-heating box 2 heats the sub-heating pan 23, and at the same time, the main heating box 1 does not operate because power is not supplied;
as shown in fig. 3, in the present invention, when the power supply electrical connector 31 of the power adapter 3 is connected to the second auxiliary electrical connector 26 of the auxiliary heating box 2 and the main electrical connector 15 of the main heating box 1 is connected to the first auxiliary electrical connector 25 of the auxiliary heating box 2, the power adapter 3 supplies power to the auxiliary heating box 2 and the power adapter 3 supplies power to the main heating box 1 through the auxiliary heating box 2, at this time, the main control module 16 of the main heating box 1 can control the main heating module 14 to heat the main heating pan 13, and the auxiliary heating module 24 of the auxiliary heating box 2 heats the auxiliary heating pan 23, so that the main heating box 1 and the auxiliary heating box 2 can operate simultaneously.
As can be seen from the above, the main heating box 1 and the sub-heating box 2 of the present invention can be operated simultaneously, and the main heating box 1 and the sub-heating box 2 can be operated independently; thus, the user can place different foods in the heating pan 13 of the main heating box 1 and the sub-heating pan 23 of the sub-heating box 2, and the main heating box 1 and the sub-heating box 2 operate simultaneously to heat different foods, wherein the main heating box 1 and the sub-heating box 2 are independent of each other, so that the main heating box 1 and the sub-heating box 2 heat different foods respectively to prevent different foods from tainting with taste. In addition, the main heating box 1 and the auxiliary heating box 2 of the present invention can work independently, so that a user can heat the food material only by using the main heating box 1 or only by using the auxiliary heating box 2, thereby reducing the power consumption of the present invention and playing a role of energy saving. In addition, the utility model enables the user to use the main heating box 1 and the auxiliary heating box 2 in a combined way, also can use the main heating box 1 and the auxiliary heating box 2 separately, has flexible use mode and can meet various use requirements of the user.
In the utility model, the top opening of the main heating box body 11 is matched with the main connecting support 111, the main heating box cover 12 is detachably connected with the main connecting support 111, the main connecting support 111 is matched with the main sealing ring for contacting the main heating box cover 12, and after the main heating box cover 12 is connected with the main connecting support 111, the main sealing ring can play a role of sealing to prevent water and air leakage between the main heating box cover 12 and the main connecting support 111; vice heating box body 21 open-top cooperation has vice linking bridge 211, vice heating lid 22 and vice linking bridge 211 releasable connection, and the cooperation has the vice sealing washer that is used for contradicting vice heating lid 22 on vice linking bridge 211, and when vice heating lid 22 and vice linking bridge 211 be connected the back, vice sealing washer can play sealed effect and prevent leaking gas between vice heating lid 22 and the vice linking bridge 211.
In the present invention, the main electrical connector 15 and the second auxiliary electrical connector 26 can both adopt a magnetic female socket, and the first auxiliary electrical connector 25 and the power supply electrical connector 31 both adopt a magnetic male connector, so that the main electrical connector 15 can be connected with the first auxiliary electrical connector 25 and the power supply electrical connector 31 by a magnetic method, and the second auxiliary electrical connector 26 can be connected with the power supply electrical connector 31 by a magnetic method, which is convenient for people to connect the main heating box 1, the auxiliary heating box 2 and the power adapter 3.
In the utility model, the main heating lunch box 1 further comprises a temperature sensor for sensing the temperature of the main heating pot 13, the temperature sensor is installed in the main heating box body 1 and is electrically connected with the main control module 16, the main control module 16 can acquire the temperature of the main heating pot 13 through the temperature sensor, and then the main control module 16 can feed back and adjust the heating temperature of the main heating module 14 according to the temperature of the main heating pot 13, thereby realizing accurate temperature control. Specifically, the temperature sensor may be fixed to the bottom of the main heating pan 13 such that the temperature sensor is in contact with the main heating pan 13, so that the temperature sensor 13 can sense the temperature of the bottom of the main heating pan 13, and the temperature sensor may be a thermistor; and the main heating module 14 is attached to the bottom of the main heating pot 13, so that the main heating module 14 directly heats the bottom of the main heating pot 13, and the heating effect on the main heating pot 13 is good. The main heating box 1 may further include a heating indication module installed on the main heating box body 11, the heating indication module has a plurality of heating indication lamps electrically connected with the main control module 16, the main control module 6 obtains the temperature of the main heating pot 13 through the temperature sensor 13, and the main control module 6 controls the number of the heating indication lamps of the heating indication module according to the control, so as to indicate the temperature range of the main heating pot 13.
In the utility model, the auxiliary heating module 24 of the auxiliary heating box 2 is attached to the bottom of the auxiliary heating pot 23, so that the auxiliary heating module 24 directly heats the bottom of the auxiliary heating pot 23, and the heating effect on the auxiliary heating pot 23 is good. The auxiliary heating module 24 may be provided with an overheat protection switch for controlling whether the auxiliary heating module 24 performs heating; the overheating protection switch can cut off the power supply of the auxiliary heating module 24 when the auxiliary heating module 24 is overheated in the heating process, so that the auxiliary heating module 24 is not heated any more, and the damage of the auxiliary heating box 2 caused by long-time overheating of the auxiliary heating module 24 is avoided; the overheat protection switch may be a PTC thermal protector, and the resistance value of the PTC thermal protector may be instantly increased when the sub-heating module 24 is overheated to cut off the power supply of the sub-heating module 24.
The above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications thereof by those skilled in the art should be considered as not departing from the scope of the present invention.