36results about How to "With temperature monitoring function" patented technology

The invention discloses a SoC chip structure for an infrared sensor signal acquisition integrated system, including a CPU subsystem, a memory subsystem, an algorithm subsystem, an input sampling subsystem, a data output subsystem, a control output subsystem, a general external Set subsystem, clock reset subsystem, AHB bus, bridge and APB bus. The sub-system integrated on the chip of the invention can collect, analyze, process and output the image signal in the infrared sensor signal system, and has the function of temperature monitoring, realizes the single-chip integration of the infrared sensor signal acquisition integrated system, and solves the problem of the infrared sensor signal. The problems of high system development complexity, large volume and high power consumption of the discrete device integration implementation scheme in the signal acquisition integrated system are also convenient for users to perform secondary integration applications, and can also meet similar application requirements in the field of infrared image processing.

The invention discloses a rock-soil frost heaving thawed collapse two-dimensional vector measuring method. A rock-soil frost heaving thawed collapse two-dimensional meter related in the rock-soil frost heaving thawed collapse two-dimensional vector measuring method solves deformation amount of frost heaving thawed collapse deformation in the normal direction and the tangential direction or vectors of the frost heaving thawed collapse deformation by monitoring the angle variable quantity and the displacement variable quantity, the frost heaving thawed collapse deformation amount in the tangent direction and the frost heaving thawed collapse deformation amount in the normal direction are synchronously monitored in a two-dimensional plane, the rock-soil frost heaving thawed collapse amount is determined, and the aim of monitoring the frost heaving thawed collapse deformation is achieved. The technical defect that in a traditional monitoring method, the one-dimensional vertical deformation amount or the one-dimensional normal deformation amount serves as the frost heaving thawed collapse amount is overcome, and meanwhile the temperature monitoring function is achieved. Reliable and accurate monitoring data can be provided for frost heaving thawed collapse deformation of channel slopes in severe cold areas and cold areas.

The invention relates to the field of hot rolling, in particular to a heat preservation tunnel for continuously transporting heat pipes, and a heat preservation control method. The heat preservation tunnel comprises a base, a motor, a transportation roller and a heat preservation tunnel frame, wherein the heat preservation tunnel frame comprises an upper cover, steel plates on the two sides, fireproof cotton, a fireproof castable and an electric heating device; the upper cover is positioned at the upper ends of the steel plates on the two sides to form an n-shaped frame; a cavity of the frame is filled with the fireproof cotton; the electric heating device is arranged on the inner side of the fireproof cotton; and the fireproof castable is smeared on the inner and outer sides of the frame. According to the heat preservation tunnel, from the point of device, the heat preservation tunnel is added on the basis of a traditional roller bed, the heat preservation tunnel frame comprises the upper cover, the steel plates, the fireproof cotton, the fireproof castable and the electric heating device, and resistance wires are hung on the fireproof castable at the innermost layer of the tunnel to form the electric heating device, so that a heat preservation function can be achieved, the temperature can be accurately controlled, the rolling technology is guaranteed, and the finished product rate is increased; and diaphragm-type sectional heating is adopted, so that the tunnel temperature rising speed can be effectively increased, and the temperature control accuracy is improved.