73results about How to "Realize automatic intelligent control" patented technology

The invention discloses a micro-rolling method for an extra-thin variable-thickness strip, and the micro-rolling method solves the problems that operations in the prior art are complex, the needed thickness can be reached by needing multi-pass rolling and the production efficiency is low. The method comprises the following steps of: firstly, determining a deformation-thickness ratio as H2 / H3, thereby determining a roll gap Hgap; in case of determining rolling speed V, setting an initial rolling roll gap as H2, length of a to-be-rolled thick region as S1 and length of a to-be-rolled thin region as S2; selecting a rolling direction and a rolling control way, opening the roll gap, putting a to-be-rolled strip onto a roll, closing the roll gap, pressing the roll by initial pressure of closing the roll gap, and clamping and pressing the head part of the strip; and enabling a rolling mill to start operation and rolling according to set roll gap amount. The micro-rolling method disclosed by the invention can realize variable-thickness micro rolling on the extra-thin strip, precisely controls thickness of a thin region and a thick region as well as length of a transition region, and completes regulation on the roll gap through automatic control; and single-pass pressing amount is increased by a hydraulic type pressing system, so that once forming of a variable-thickness rolled piece is realized.

The invention discloses an automobile external contour size measurement system. The system comprises a measurement platform, touch sensors, an infrared emitter and an infrared receiver; the touch sensors are in over-against arrangement and can be arranged on the measurement platform in a synchronous movement way and used for measuring the vehicle length and width; the infrared emitter and the infrared receiver can be telescopically arranged on the measurement platform; the infrared receiver is used for receiving an infrared beam of the infrared emitter so as to acquire the vehicle height by measuring telescopic height of the infrared emitter and the telescopic height of the infrared receiver. The automobile external contour size measurement system provided by the invention controls the lifting of lifting rods through a control center, the infrared emitter and the infrared receiver are mutually cooperated and sensed to perform automobile contour height measurement; the touch sensors areused for touching four sides of the body so as to perform body width and length measurement, and the measurement way is optimized; in comparison with the artificial measurement in the prior art, thevehicle is intelligently measured, and more precise body contour numerical value is acquired.

The invention discloses a scrubber integrated system capable of circularly filtering and recycling sewage. The scrubber integrated system is characterized by comprising a shell, a roller assembly, a dust collection assembly, a water tank and a water circulation assembly are arranged in the shell, the roller assembly is arranged at the front end of the shell and used for sweeping garbage and collecting the garbage into the dust collection assembly, the water tank abuts against the roller assembly, a closed cavity for water to pass through is formed between the water tank and the roller assembly and communicated with the water circulation assembly through a liquid inlet pipeline and a liquid outlet pipeline, and the water circulation assembly can drive water to flow through the closed cavity, sewage flowing out of the liquid outlet pipeline enters the water circulation assembly to be purified and then flows into the closed cavity through the liquid inlet pipeline to achieve water circulation utilization. The system has the advantages of being exquisite in structure, capable of achieving product miniaturization, good in cleaning effect, good in use experience, low in production and manufacturing cost and beneficial to saving water, and the market application prospect is good.

The invention relates to radiator assembly equipment. The radiator assembly equipment comprises a frame, and a rotating worktable, a loading conveying device, a rubber nail taking and shooting device, an elastic nail taking and shooting device, a pressing device and a discharge device respectively arranged on the frame; and the loading conveying device, the rubber nail taking and shooting device, the pressing device, the discharge device and the elastic nail taking and shooting device are peripherally arranged with the axis of the rotating worktable as reference. The radiator assembly equipment is compact in mechanism, reasonable in design and durable, realizes intelligent and automatic control, is convenient and fast, largely saves labors, and is suitable for large-scale popularization.

The invention provides an intelligent rotary rail exchanging control system. The control system comprises a sensor group, a rotary control unit and a rotary driving mechanism which are sequentially connected, and the rotary control unit is further connected with a user operation end used for judging the operation by a user; the sensor group is arranged on a rotary rail exchanging device, and comprises a rotary angle sensor, a rotary in-place sensor, an excessive-rotation preventing sensor and a rotary direction sensor, wherein the rotary angle sensor is used for calculating a rotary angle, the rotary in-place sensor is used for detecting whether the rotary location meets the requirements, the excessive-rotation preventing sensor is used for preventing an actual rotating angle from exceeding a preset angle and the rotary direction sensor is used for distinguishing a rotary rail exchanging direction; the rotary control unit is used for carrying out data analysis on data acquired by the sensor group, and transmitting a control command to the rotary driving mechanism. The automatic intelligent control that a construction lifter rotates on single guide rail frame by 180 degrees to change a rail can be realized; furthermore, the control system has the functions of automatically distinguishing the rotation direction and judging whether the rotation is in place, and preventing accidents caused by the excessive rotation, and further has a function of automatically resetting in an abnormal condition.

The invention discloses a metal micro-rolling method and a device thereof, which can realize controlled rolling of miniaturized components. The method and its device include the following contents: the rolled material enters the lubricating mechanism through an unwinding mechanism, and the lubricated rolled material enters a precision rolling mill for rolling. The automatic control system starts the servo motor through the parameter setting, and the power is input to the reducer through the coupling. , start the servo electric cylinder, press down according to the set reduction amount, start rolling the rolled material, start the micro heater at the same time of rolling, and the rolled rolled material enters the scrubbing and drying equipment driven by the supporting roller , and then enter the leveling mechanism, and finally perform curling and winding through the constant tension controller of the winding mechanism. The invention can roll plates and other profiles to 0.008mm; can realize variable-thickness rolling, and saves materials, time and cost.