58results about How to "Good experimental environment" patented technology

The invention discloses a control system for a machine tool rolling functional component precision retaining ability measurement device. An industrial control computer is arranged on a force application component servo motor (701), and an eight-axis PMAC card is installed inside the industrial control computer. The control system is used for accomplishing machining path input, setting of tool parameters and cutting parameters, total cutting force calculation, total cutting force time curve drawing, total torque calculation and total torque time curve drawing; cutting component force in the X-axis direction, cutting component force in the Y-axis direction and cutting component force in the Z-axis direction are calculated, a time curve of the cutting component force is drawn, the cutting component force in the X-axis direction, the cutting component force in the Y-axis direction, the cutting component force in the Z-axis direction and the total toque are combined to be decomposed to all servo shafts, the component force time curve of each servo shaft is calculated, and the time curve is divided by the spring coefficient K on a force application mechanism to obtain the time displacement curve of each servo shaft. During operation of a control program, the displacement value of each servo shaft is output to a control PMAC axis control card through a lock widget, the PMAC card calls a corresponding motion control program, the servo motor is controlled to move to the corresponding displacement point, and needed force is applied.

The invention discloses a full-automatic diamond cobalt plating machine which comprises a base, a cobalt plating cylinder stirring mechanism, a cobalt plating cylinder lifting mechanism, a detachable installation support, a temperature control system, an electrode reaction system and a liquid level control system. The cobalt plating cylinder lifting mechanism is arranged on the base. The cobalt plating cylinder lifting mechanism is arranged between the base and the cobalt plating cylinder stirring mechanism. The temperature control system, the electrode reaction system and the liquid level control system are arranged on the detachable installation support. The cobalt plating cylinder stirring mechanism comprises a lifting plate, a motor and a cobalt plating cylinder. The right side of the lifting plate is hinged to the base, and the cobalt plating cylinder lifting mechanism is arranged between the lower portion of the left side of the lifting plate and the base. The left end of the cobalt plating cylinder is provided with a cylinder opening, and the right end of the cobalt plating cylinder is connected with the motor through a shaft connecting piece. Multiple supporting wheels are arranged below the cobalt plating cylinder and are fixed to the upper surface of the lifting plate. By means of the full-automatic diamond cobalt plating machine, cobalt plating can be achieved on a diamond surface, and automatic work and monitoring of various parameters in the whole process can be achieved.

The invention relates to an air pressure stabilization system and method for controlling pore water pressure in coal and rock mass creep tests, belonging to the technical field of coal seam tests. Composed of pneumatic valve, exhaust port and reactor; the system uses the idea of ​​feedback adjustment to transmit the air pressure signal in the reactor through the sensor, and at the same time, the signal processor converts the air pressure signal into a control command to control the switch of the automatic adjustment solenoid valve , and at the same time automatically adjust the solenoid valve to control the switch of the pneumatic valve, and then control the pressure in the reactor; the system is reliable in operation, simple in structure and easy to operate, and can provide a stable environment for creep experiments of coal and rock mass under the action of water as the medium pressure.

The invention provides a brake caliper self-adjusting screw sleeve high pressure air tight detection clamp, which comprises a clamp base plate. The clamp base plate is provided with a bearing support and a lower sealing seat. The bearing support is provided with a vertical guide post and a horizontal guide post. The upper end of the vertical guide post and the back end of the horizontal guide post are equipped with a vertical cylinder mounting plate and a horizontal cylinder mounting plate to have a cylinder installed. The vertical guide post is also equipped with a moveable sliding plate with an upper sealing head. The horizontal guide post is also provided with a horizontally locking slide plate, a horizontally locking baffle plate, a spring positioning sleeve return spring and a limit lever. The horizontally locking slide plate and the horizontally locking baffle plate are provided with a clamp locking sleeve. The lower sealing seat is provided with a test component fixing sleeve. In the invention, a float locking mechanism is adopted to not only avoid the mechanism requiring the hydraulic pressure in the up-pressure process but also to make convenient clamping and save space. The combination of the test component fixing sleeve and material unloading cylinder realizes the function of easy clamping of the test component and convenient unloading of materials. In the testing process, high pressure gas replaces hydraulic pressure, which not only improves the experimental environment but also eliminates the cleaning of the test component after the test.

The invention discloses a heating device for physical and chemical experiments. The heating device comprises an experiment box, an external temperature control device, a heating table, a heating device, a sliding device and a temperature control early warning detection device, wherein the external temperature control device is arranged at the inner side corner of the experiment box; the heating table is arranged at the inner side of the external temperature control device; the heating device is arranged on the heating table; the bottom is connected with the experiment box through a sliding device. The temperature control early warning detection device is arranged inside the experiment box, and consists of a temperature sensor, a controller, a warning indication lamp and an electronic temperature indicator; the temperature sensor is positioned at the bottom of the experiment box and is electrically connected with the warning indicating lamp and the electronic temperature indicator through the controller; the experiment box is arranged at the outer side of the heating equipment for performing isolation on a heating appliance at the inside; the safety of the heating equipment can be improved; the influence caused by outside on the heating process can be reduced.