CN103462483A - Solar heat exchange wok - Google Patents

Abstract

The invention relates to the fields of woks and solar heat energy, in particular to a heat exchange wok applied to a solar stove. A layer is added at the bottom of the wok to allow the bottom of the wok to form an interlayer, a spiral channel is processed inside the interlayer and is provided with an inlet and an outlet, and heat transfer medium can pass through the spiral channel. The heat exchange wok is added in a solar operating system loop, the spiral channel and a light collecting mechanism of the solar stove form an operating system loop for heating food directly, solar heat energy collected by the light collecting mechanism is delivered to the heat exchange wok through the heat transfer medium to heat the food directly. When the heat exchange wok and the solar stove form an operating system loop utilizing stored standby heat to heat the food, the stored standby heat can be used for heating the food. According to the heat exchange wok, the spiral channel is utilized to transfer the heat energy into the wok from the bottom to heat the food through the heat transfer medium.

Description

Solar heat exchange frying pan

The application is the application of the division in " indoor oven that solar energy has heat-storing device " application, and original applying number is 2011101177471, and original application day is 2011.04.30, and former invention and created name is " indoor oven that solar energy has heat-storing device ".

Technical field: the present invention relates to a pot field, also relate to the solar thermal energy field, the heat exchange pot that particularly solar energy stove uses.

Background technology: the pot used at present is to adopt the heat food of external heat to food, but the pot that " solar energy has the indoor oven of heat-storing device " used is to utilize heat transfer medium, in the work system loop, carry heat energy to heat exchange pot, utilize heat exchange pot and food heat-shift, the pot of external heat can't use, because the external heat pot can't be by heat transfer medium and pot heat-shift.

Summary of the invention: can make the pot with the solar energy work system connect into loop, the heat transfer medium in the work system loop can be passed through from the bottom of pot, through the pot bottom thermal energy conduction in pot, heat transfer medium backspace work system again circuit cycle.

Technical solution scheme: be to increase one deck in the bottom of frying pan, make the bottom of pot become an interlayer, be processed into helical duct in interlayer, make helical duct that an import and an outlet (Fig. 1 be arranged, Fig. 2), helical duct can pass through heat transfer medium, and the import and export of helical duct are connected to (Fig. 3) with daylighting mechanism.Add solar heat exchange frying pan solar energy to have in the indoor oven work system loop of heat-storing device, helical duct has the daylighting mechanism of the indoor oven of heat-storing device to be connected with solar energy, form the direct heat food work system of daylighting loop, the solar heat energy that daylighting mechanism gathers utilizes heat transfer medium that heat energy is transported to solar heat exchange frying pan, with the food heat-shift, direct heat food (Fig. 5).Helical duct is connected with heat exchanger (Fig. 4).When solar heat exchange frying pan and solar energy have the indoor oven of heat-storing device, form the heat energy heat food work system loop that utilization stores for future use, can make the heat energy heat food (Fig. 6) stored for future use.The heat exchange frying pan utilizes helical duct by heat transfer medium, heat energy to be conducted to heat food in pot through the bottom of a pan.

The accompanying drawing explanation:

Fig. 1 is the front view of heat exchange frying pan.

Fig. 2 is the top view of Fig. 1.

Fig. 3 is that daylighting mechanism and heat exchange frying pan are combined into the work system loop.

Fig. 4 is that heat exchanger and heat exchange frying pan are combined into the work system loop.

Fig. 5 is that the heat exchange frying pan is added in solar energy and has the direct heat food figure of daylighting in the work system loop of indoor oven of heat-storing device.

Fig. 6 is that the heat exchange frying pan is added in solar energy and has in the work system loop of indoor oven of heat-storing device and utilizes the heat energy heat food figure stored for future use.

Claims (1)

1. solar heat exchanges frying pan: comprise that pot is characterized in that with interlayer: be to increase one deck in the bottom of frying pan, make the bottom of pot become an interlayer, be processed into helical duct in interlayer, make helical duct that an import and an outlet be arranged, helical duct can pass through heat transfer medium, the import and export of helical duct are connected with daylighting mechanism, add solar heat exchange frying pan solar energy to have in the indoor oven work system loop of heat-storing device, helical duct has the daylighting mechanism of the indoor oven of heat-storing device to be connected with solar energy, form the direct heat food work system of daylighting loop, the solar heat energy that daylighting mechanism gathers utilizes heat transfer medium that heat energy is transported to solar heat exchange frying pan, with the food heat-shift, direct heat food, helical duct is connected with heat exchanger, when solar heat exchange frying pan and solar energy have the indoor oven of heat-storing device, form and utilize the heat energy heat food work system loop stored for future use, can make the heat energy heat food stored for future use, the heat exchange frying pan utilizes helical duct by heat transfer medium, heat energy to be conducted to heat food in pot through the bottom of a pan.

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