4results about How to "Prevent temperature deviation" patented technology

The invention belongs to the technical field of dynamic temperature testing, and particularly relates to a dynamic total temperature probe based on double film platinum resistors, which comprises a probe head, a probe support rod, two film platinum resistors and two lead holes. The head of the probe is in a semi-spherical shape and directly faces a main stream to form a vertical section, the two thin-film platinum resistors are arranged on the section along the axis of the probe, leads of the thin-film platinum resistors are led out through lead holes located behind the thin-film platinum resistors, a four-wire system connection mode is adopted, and a cylindrical surface of a supporting rod of the probe and the vertical section are in a Vitdosski curve shape. The calibration and measurement data processing method provided by the invention greatly improves the measurement frequency response and the measurement precision of the probe, is suitable for measuring the transient temperature fields of the inlet, the outlet and the interstage of the turbomachinery, can quickly and accurately measure the transient temperature change of the turbomachinery under different working conditions, and provides a technical means for the transient temperature measurement of the turbomachinery.

The present invention relates to the field of organic electroluminescent operation and maintenance technology. The present invention provides a temperature heating and cooling combined system for an organic electroluminescent device. Through deep learning models and genetic algorithm optimization, precise control of the device temperature is achieved. The system includes a temperature control device detection unit, a temperature data acquisition unit, a temperature data correction unit, a temperature control device operating parameter correction unit and a temperature control unit. The units work together to collect and process temperature data in real time, and dynamically adjust the operating parameters of the heating and cooling elements according to the deviation between the real-time temperature and the expected temperature. Through a closed-loop temperature control process, the device is operated under optimal temperature conditions, thereby improving luminous efficiency, extending service life, and enhancing the stability and intelligence level of the system. The present invention significantly uses the temperature management capability of the organic electroluminescent device to meet the needs of the flat panel display and lighting fields for high-precision temperature control.

A rapid demolding vacuum forming device relates to the field of vacuum forming equipment technology, solving the problems of low production efficiency and easily affected product quality in existing technologies. It includes a base, on which a mold turntable is rotatably connected. Multiple clamps are evenly connected circumferentially to the mold turntable. Each clamp on the mold turntable has a through slot. A forming mold is positioned below each clamp and connected to the mold turntable via a lifting mechanism. Suction holes are evenly distributed on the forming mold and communicate with a vacuum generator. Each forming mold has a demolding through hole at its bottom, within which a demolding push rod is installed. The lower end of the demolding push rod is connected to a demolding drive assembly. A heating mechanism and a cooling mechanism are sequentially arranged around the mold turntable. The beneficial effects are improved demolding efficiency and product quality.

The present invention discloses a fuel supply system and method for a natural gas power plant, the system includes a heater, a start-up boiler, a waste heat boiler, a gas turbine and a steam turbine; the inlet, the first outlet and the second outlet of the start-up boiler are respectively connected to the heater; the inlet of the gas turbine is connected to the heater, and the outlet is connected to the inlet of the waste heat boiler; the first outlet of the waste heat boiler is connected to the steam turbine, and the second outlet and the third outlet are respectively connected to the heater; the method includes a preheating start mode, a linkage start mode, a linkage preheating mode and a linkage heating mode. The present invention greatly reduces energy costs, fully considers the use of waste heat and steam as heat media, and reduces the cost of heating energy consumption in the prior art; and directly controls the temperature of the natural gas after depressurization before entering the gas turbine, avoiding the problem of temperature deviation caused by heating first and then depressurizing in the prior art, and providing temperature control accuracy.