40results about How to "Realize online continuous production" patented technology

The invention discloses an online dry method glass wool vacuum insulated panel core material production system. The system comprises a smelting furnace, a centrifuge, a wool collector and a hot-press shaping device. According to the hot-press shaping device, an upper chain plate and a lower chain plate are matched to form a press-fit interval, glass wool is pressed in the press-fit interval, and continuous hot-pressing can be carried out in the transmission process. The invention further provides a production method based on the production system. Compared with the prior art, online continuous production is achieved, production efficiency is high, and a manufactured glass wool core material is simple in structure and good in heat insulating effect.

The invention discloses a surface strengthened transparent glass. The present invention is prepared through the following steps: (1) Use quartz sand, aluminum hydroxide, soda ash, magnesium oxide, calcium carbonate and sodium fluorosilicate as raw materials, mix the above raw materials evenly, and keep warm at 1480-1520°C for 2 (2) Cast the molten glass in a preheated heat-resistant cast iron mold, then keep it at 750-800°C for 20 minutes, and then cool it to 500-520°C at a rate of 2°C / min After annealing for 30 minutes, stop heating and cool to room temperature to obtain a glass with a crystal layer on the surface; (3) Polish the glass obtained in step (2) to remove the crystals on the surface to obtain a surface-strengthened transparent glass. The invention utilizes the glass melt to cool and spontaneously devitrify to induce surface strengthening to prepare surface-strengthened transparent glass, and the transparent glass has good surface-strengthening performance.

The invention relates to the technical field of metal plastic forming technology and equipment, and provides a tempering device for skew-rolled ball milling steel balls that can utilize waste heat, including a frame, a thermal insulation shell, and a ball storage unit; the ball storage unit is installed in the thermal insulation shell, Including ball storage cylinder, air inlet cylinder, air outlet cylinder, ball inlet track, ball outlet mechanism, conical cooling cylinder, and arc-shaped bottom plate; the conical cooling cylinder is installed in the center of the bottom of the ball storage cylinder, and the heat enters the conical The heat dissipation cylinder is evenly released in the ball storage cylinder; the steel balls enter the ball storage cylinder through the ball entry track, and are evenly distributed around the conical heat dissipation cylinder. After the tempering process is completed, they are discharged from the device through the ball discharge mechanism. The invention has a simple structure and is easy to manufacture, and the steel balls are convenient to enter and exit. The conical cooling tube releases heat evenly, increases the overall heating area of ​​the steel balls, and has a good tempering effect. .

The invention relates to a method for manufacturing a hydrophilic copper pipe, which comprises the steps of continuously conveying, straightening, coating an anticorrosive material, drying, cooling, coating a hydrophilic material, drying, cooling and completing manufacturing. A device for manufacturing the hydrophilic copper pipe comprises a loading disk, a receiving disk, a straightening roll, a bottom coating device and a surface coating device, wherein the straightening roll, the bottom coating device and the surface coating device are sequentially arranged between the loading disk and the receiving disk; the straightening roll is used for straightening a copper coil; the bottom coating device is used for coating the anticorrosive material on the copper coil; the surface coating device is used for coating the hydrophilic material on the copper coil; film reduction devices for controlling thicknesses of the coating materials are arranged on the bottom coating device and the surface coating device; and a drying device for drying the coating materials and a cooling device for cooling the coating materials are arranged behind the bottom coating device and the surface coating device. According to the invention, by designing an online continuous dual-drying dual-coating method, the produced hydrophilic copper pipe has a contact angle of less than 10 degrees and has excellent anticorrosion and hydrophilicity; and the method is low in investment, is easy to control the quality and is convenient to implement the industrial mass production.

The invention discloses a method for preparing a functional gradient titanium alloy strip. The method comprises the following steps: driving a raw material strip to move at a constant speed; electrically connecting a high energy pulse power supply with a moving strip by virtue of two immovable electric contact devices which are arranged along the strip moving direction at an interval, intermittently introducing high energy pulse current with the frequency of 60-760Hz, the voltage of 10-600V and the pulse width of 10-6000mu s into the strip, and performing high energy pulse treatment on the strip; cutting the treated strip, thereby obtaining the functional gradient titanium alloy strip. The invention also provides a functional gradient TC4 titanium alloy strip which is prepared from a TC4 titanium alloy strip with single mechanical property by adopting the preparation method, and the elasticity modulus of the strip continuously changes along the length direction of the strip. The preparation process is simple and low in cost, online continuous production can be realized, and an oxidation phenomenon on the strip surface is avoided in the preparation process. The titanium alloy strip does not cause the failure and breakage phenomena and is good in mechanical properties.

The invention discloses a method for strengthening and toughening non-ferrous metal materials. Aiming at the problems of easy oxidation, coarse crystal grains, limited improvement of strength and plasticity, and high energy consumption in the traditional heat treatment process of non-ferrous metal materials, the invention proposes the use of electric pulses to Non-ferrous metal materials are subjected to rapid solution treatment, and then formed once, then aging treatment is performed on the alloy formed once, and secondary forming is performed on the alloy after aging treatment, and finally electric pulse-induced recrystallization treatment is performed on the material formed twice. The characteristics of rapid pulse refinement of matrix grains and precipitated phases that hinder grain growth can be obtained to obtain a microstructure with fine, uniform matrix grains and dispersed strengthening phases. Through the synergistic strengthening and toughening effect of fine grains and precipitated phases, high strength and high Tough non-ferrous materials. Compared with the traditional heat treatment process, the strength and elongation after breaking of the non-ferrous metal material prepared by the process of the invention are respectively increased by more than 10% and more than 20%.

The invention discloses an electro-strengthening and toughening processing method of a belt material of AZ91 magnesium alloy and a system thereof. The electro-strengthening and toughening processing method comprises following steps: when the belt material of magnesium alloy is transmitted at a certain speed which is driven by a roller on an electro plastic rolling machine, high-energy impulse current that is output by an impulse power source through an electrode is input into an electriferous region section of the moving belt material of magnesium alloy, and the Joule heating effect and the non-heating effect are generated in the electriferous region section, thus causing the phase transition of internal microscopic constitution from bulky lath-shaped Beta-Mg17Al12 that are gathering and agglomerating in an initial state to Beta-Mg17Al12 particles that are evenly distributed and approximately sphere-shaped, or causing the solid solution effect that leads Beta-Mg17Al12 to be dissolved in a substrate; the processed belt material can be naturally air cooled at room temperature. The electro-strengthening and toughening processing method of the belt material of AZ91 magnesium alloy hasshort processing time and high production efficiency, and simultaneously avoids the high-temperature oxidation of the magnesium alloy. After the electro-strengthening and toughening processing, the microscopic constitution of the belt material of magnesium alloy can be remarkably improved, the unit extension of the microscopic constitution is increased from 11.8 percent in the initial aging stateto over 20 percent, and the tensile strength of the microscopic constitution is not dramatically lowered.