Dual-purpose cooling and heating temperature control box

Abstract

A dual-purpose cooling and heating temperature control box includes a housing, a first temperature sensing module, a control module, and a cooling and heating module. The housing is divided into a low-temperature control space and a high-temperature control space by a partition. The first temperature sensing module is disposed in the low-temperature control space to sense the current low-temperature control temperature. The control module compares the current low-temperature control temperature with a target low-temperature control temperature, thereby sending a first start signal and a first stop signal respectively. The cooling and heating module is fixed to the partition and includes a cooling section and a heating section. Upon receiving the first start signal, the cooling section cools the low-temperature control space; upon receiving the first stop signal, it stops cooling the low-temperature control space. Upon receiving the first start signal, the heating section heats the high-temperature control space; upon receiving the first stop signal, it stops heating the high-temperature control space.

Claims

1. A dual-purpose cooling and heating temperature control box, comprising: a box body, wherein a partition separates a low-temperature control space and a high-temperature control space that are thermally insulated from each other within the box body; a first temperature sensing module disposed in the low-temperature control space, for sensing and transmitting a current low-temperature control temperature of the low-temperature control space; and a control module communicatively connected to the first temperature sensing module, having a target low-temperature control temperature set therein, for receiving the current low-temperature control temperature, and for sending a first start signal when the current low-temperature control temperature is greater than the target low-temperature control temperature, and for sending a control signal when the current low-temperature control temperature is less than or equal to the target low-temperature control temperature. A first stop signal is issued; a unified cooling and heating module, communicatively connected to the control module and fixed to the partition, includes: a unified cooling unit, which cools the low-temperature control space upon receiving the first start signal and stops cooling the low-temperature control space upon receiving the first stop signal; a heating unit, which heats the high-temperature control space upon receiving the first start signal and stops heating the high-temperature control space upon receiving the first stop signal; and a second temperature sensing module, disposed in the high-temperature control space and communicatively connected to the control module, for sensing and transmitting the current high-temperature control temperature of the high-temperature control space; wherein... The control module is set with a target high-temperature control temperature. It receives the current high-temperature control temperature and sends a second start signal when the current high-temperature control temperature is greater than the target high-temperature control temperature. It also sends a second stop signal when the current high-temperature control temperature is less than or equal to the target high-temperature control temperature. The enclosure has an exhaust vent connected to the outside of the enclosure in the high-temperature control space. The dual-purpose cooling and heating temperature control box also includes a first fan module, which is set corresponding to the exhaust vent and is communicatively connected to the control module. It is used to exhaust hot air from the high-temperature control space after receiving the second start signal and to stop exhausting hot air from the high-temperature control space after receiving the second stop signal.

2. The dual-purpose cooling and heating temperature control box as described in claim 1, wherein, The enclosure contains a plurality of substrates, and these substrates and the partition system together enclose the low-temperature control space and the high-temperature control space.

3. The dual-purpose cooling and heating temperature control box as described in claim 2, wherein, Each of these substrates, from the inside of the housing outwards, sequentially comprises a foam board, a polystyrene board, and a plywood.

4. The dual-purpose cooling and heating temperature control box as described in claim 1 further includes a display module, which is communicatively connected to the control module to read the control module and display at least one of the current low temperature control temperature, the current high temperature control temperature, the target low temperature control temperature, and the target high temperature control temperature.

5. The dual-purpose cooling and heating temperature control box as described in claim 1 further includes a communication module, which is communicatively connected to the control module to establish a communication connection with a terminal device, thereby allowing the target low temperature control temperature and the target high temperature control temperature to be set via the terminal device, and allowing the current low temperature control temperature and the current high temperature control temperature to be viewed via the terminal device.

6. The dual-purpose cooling and heating temperature control box as described in claim 1 further includes at least one second fan module, which is disposed in the low-temperature control space and is communicatively connected to the control module to promote air circulation in the low-temperature control space.

7. The dual-purpose cooling and heating temperature control box as described in claim 1, wherein, The cooling and heating module further includes: at least one cold chip, which is communicatively connected to the control module and has a cold end and a hot end, wherein the cold end constitutes the cooling section; and at least one heat conductor, which is fixed to the hot end and together with the hot end constitutes the heating section.

8. The dual-purpose cooling and heating temperature control box as described in claim 7, wherein, The cooling and heating module further includes at least one third fan module, which is fixed to the at least one heat conductor and is communicatively connected to the control module to promote air circulation within the high-temperature control space.

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