7results about How to "Rapid temperature control" patented technology

The utility model discloses a nut baking production line's self -adaptation temperature control turnover mechanism relates to temperature control turnover mechanism field, including baking cylinder and power axle, is provided with first auxiliary support on power axle, is provided with second auxiliary support on first auxiliary support, power axle, first auxiliary support and second auxiliary support are all hollow circular tubular structure, and power axle, first auxiliary support and second auxiliary support are sequentially communicated and set up. The utility model temperature sensor can be used for monitoring the temperature of the corresponding area in the baking cylinder, especially the temperature of the position that is not easy to measure in the nut material stack, when the corresponding temperature sensor monitors that the temperature is too high, then this information is fed back to the control chip in the electrical cabinet that is matched and is arranged outside the baking cylinder, and the control chip controls the electromagnetic valve of the corresponding position to close, so that the hot gas no longer discharges through the second auxiliary support of this position, reaches the purpose of quick temperature control, solves the problem that even temperature control can not control the temperature in the nut material stack in the prior art.

This utility model relates to the field of liquid preparation device technology, specifically a liquid preparation device for the preparation of epoxy-terminated allyl alcohol ethers. It includes a reaction vessel body, a rotating shaft, a first flow chamber, a second flow chamber, stirring blades, and a liquid outlet mechanism. The rotating shaft is rotatably connected to the top cover of the reaction vessel body via a drive mechanism. The output end of the input valve extends into the first flow chamber. Multiple sets of stirring blades are evenly installed on both sides of the outer circumference of the rotating shaft. The liquid outlet mechanism is located at the bottom of the reaction vessel body. This utility model, through the arrangement of the rotating shaft, stirring blades, and stirring plates, facilitates uniform stirring of the raw material liquid in the reaction vessel body. Simultaneously, the arrangement of the rotating shaft, first flow chamber, second flow chamber, stirring blades, and liquid outlet mechanism ensures that the temperature control medium fully contacts the raw material liquid in the reaction vessel body through the stirring blades, enabling rapid temperature control, reducing the impact of temperature anomalies on liquid preparation, and improving the quality and efficiency of epoxy-terminated allyl alcohol ether preparation.

The utility model discloses a kind of reaction systems for organic peroxidation, belong to chemical experiment equipment technical field.It includes reaction unit and stirring unit, reaction unit includes reaction cavity, it is used to accommodate reactant in it, stirring unit inserts reaction cavity, the reactant in reaction cavity is stirred, further include foam collecting unit, the foam collecting unit includes foam collection chamber, foam drainage pipe and foam trapping tank, the foam collection chamber is fixed in reaction cavity inner wall, foam drainage pipe one end communicates foam collection chamber inside, foam drainage pipe other end connects foam trapping tank, wherein, the nozzle of foam drainage pipe is towards the notch of foam trapping tank, reaction end line is set on foam collection chamber.The utility model aims at accurate judgment reaction end.

The invention provides a reflow soldering selective temperature control device and method based on neural network PID control, and relates to the technical field of selective temperature control, visual scanning monitoring of distribution of elements with different heat capacities is carried out on a PCB, temperature field data is acquired from visual scanning information, and real-time element size information of a preset key area is extracted; performing control quantity analysis, and outputting the control quantity of the independent temperature control module corresponding to the preset key area; carrying out selective temperature compensation analysis on a preset key area, carrying out selective temperature compensation control according to compensation analysis data, carrying out adjustment analysis on adjustment parameters of a micro heater, carrying out parameter adjustment control on the micro heater according to adjustment analysis data, and obtaining selective temperature control data; dynamic and accurate local temperature compensation can be realized for elements with different heat capacities on the same PCB, so that the temperature difference between the elements is remarkably reduced, and welding defects caused by different heat capacities of large and small elements are avoided.

The utility model relates to mixed device technical field discloses a kind of engine coolant compound raw material uniform mixing device, including reaction kettle outer tank, the upper inlet of the rear end top of the reaction kettle outer tank is provided with, the right side of the upper inlet is connected with water suction pump, the bottom of the water suction pump is connected with delivery pipe, the rear end bottom of the reaction kettle outer tank is provided with drain, the inside of the reaction kettle outer tank is provided with inner mixing tank, the outside of the inner mixing tank is equipped with temperature control coil pipe.The utility model is convenient to control temperature structure by setting, when using, water is sent to the temperature control coil pipe inside between reaction kettle outer tank and inner mixing tank by the upper inlet of the front end of reaction kettle outer tank by water suction pump, liquid heats or cools the inside of inner mixing tank in the inside of temperature control coil pipe, then liquid will be discharged by the drain of the rear end of reaction kettle outer tank, it is convenient to control temperature to the inside of inner mixing tank quickly, to realize the function of being convenient to control temperature.

The utility model provides a constant temperature control system of an oil chromatography on-line monitoring device, which comprises a base plate, a frame is fixedly arranged at the top of the base plate, a bearing plate is fixedly arranged at the top of the frame, a box body is fixedly arranged at the top of the bearing plate, and a driving mechanism is arranged at the rear end of the box body. A bearing mechanism is fixedly installed on the front face, located in the box body, of the driving mechanism. According to the device, the driving mechanism is matched with the bearing mechanism, the use efficiency of the device can be further improved, and in the temperature control process during use, a driving motor drives a gear, a gear ring and a slip ring to rotate, so that the bearing mechanism rotates and drives the chromatographic column to rotate between an inner heating wire and an electric heating wire to realize uniform temperature rise, or the chromatographic column is in full contact with heat dissipation air to improve the heat dissipation effect; the closed door on the front side of the box body is fixed through the locking screw rod, when the chromatographic column needs to be taken and placed, the screw rod is loosened, the sliding plate is pulled out, and the bearing net cylinder can be conveniently assembled and disassembled, so that the operation process is simplified and the convenience and flexibility of device use are enhanced.

This utility model discloses an automatic continuous feeding and temperature control device for alkylation reactions, relating to the field of alkylation reaction technology. The upper end of the feed pipe is connected to a spiral feeding pipe. A feeding motor is installed on one side of the spiral feeding pipe, and a material box is mounted on the upper surface of the spiral feeding pipe. An mounting plate is screwed onto the upper surface of the material box. An electric lifting rod is installed on the upper surface of the mounting plate, and a lifting plate is installed below the mounting plate. Anti-blocking rods are symmetrically arranged on the lower surface of the lifting plate. A heating plate is installed on the lower surface of the reactor body. Heating tubes are symmetrically arranged inside the reactor body on the upper surface of the heating plate, and a heating disc is installed inside the heating plate. The operation of the electric lifting rod allows the anti-blocking rods to move up and down inside the material box, thus preventing blockage of the material box's discharge port and avoiding disruption to continuous feeding.