Intelligent temperature control concrete heating template construction apparatus
The utility model relates to an intelligent temperature control concrete heating template construction apparatus. The apparatus comprises concrete templates. The concrete templates form a concrete pouring space. The apparatus also comprises a controller, a temperature control mechanism and temperatu...
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| creator | CHEN XUCHU SONG MINGTAO |
| description | The utility model relates to an intelligent temperature control concrete heating template construction apparatus. The apparatus comprises concrete templates. The concrete templates form a concrete pouring space. The apparatus also comprises a controller, a temperature control mechanism and temperature sensors. The temperature control mechanism is arranged on the concrete templates. The temperature sensors are disposed on the concrete templates and in the concrete pouring space formed by the concrete templates. The controller is connected to the temperature sensors and the temperature control mechanism via connecting leads. According to the technical scheme, the temperature sensors are arranged on the concrete templates and also inside concrete, and the temperature inside the concrete and the temperature of the surface of the concrete keep similar when a concrete hardening process is conducted. In this way, the problems that the outer surface of the concrete or the concrete inside tend to crack since the temperature of the outer surface of the concrete is low in winter and a huge temperature difference exists between the surface of the concrete and the inside of the concrete are effectively solved. Automatic control is achieved, and remote monitoring can be realized through additional adoption of a wireless or wired communication interface. |
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The apparatus comprises concrete templates. The concrete templates form a concrete pouring space. The apparatus also comprises a controller, a temperature control mechanism and temperature sensors. The temperature control mechanism is arranged on the concrete templates. The temperature sensors are disposed on the concrete templates and in the concrete pouring space formed by the concrete templates. The controller is connected to the temperature sensors and the temperature control mechanism via connecting leads. According to the technical scheme, the temperature sensors are arranged on the concrete templates and also inside concrete, and the temperature inside the concrete and the temperature of the surface of the concrete keep similar when a concrete hardening process is conducted. In this way, the problems that the outer surface of the concrete or the concrete inside tend to crack since the temperature of the outer surface of the concrete is low in winter and a huge temperature difference exists between the surface of the concrete and the inside of the concrete are effectively solved. 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In this way, the problems that the outer surface of the concrete or the concrete inside tend to crack since the temperature of the outer surface of the concrete is low in winter and a huge temperature difference exists between the surface of the concrete and the inside of the concrete are effectively solved. 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In this way, the problems that the outer surface of the concrete or the concrete inside tend to crack since the temperature of the outer surface of the concrete is low in winter and a huge temperature difference exists between the surface of the concrete and the inside of the concrete are effectively solved. Automatic control is achieved, and remote monitoring can be realized through additional adoption of a wireless or wired communication interface.</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | CONTROLLING PHYSICS REGULATING SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES |
| title | Intelligent temperature control concrete heating template construction apparatus |
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