48results about How to "Will not affect the production process" patented technology

The invention discloses a production method, system and terminal equipment of a shell tooth appliance. The production method comprises the following steps: controlling an administration center to acquire clinical case information; reading unique identification information associated with a current dental model through a production execution center; controlling the production execution center to write the unique identification information associated with the current dental model into an RFID tag set on a carrying device which is used for carrying the current dental model; receiving the unique identification information in the RFID tag read by the production execution center and procedure identification information corresponding to a current execution procedure; extracting production associated information corresponding to the current execution procedure from the clinical case information matched with the unique identification information according to the procedure identification information; and transmitting the extracted production associated information corresponding to the current execution procedure to the production execution center, and controlling the production execution center to further control current procedure equipment to execute a production operation associated with production of the shell tooth appliance. The production method has high speed and cannot easily make a mistake by utilizing information interaction.

The invention discloses an ammonia recovery method from the mixing gas produced in the process of hydrogen cyanide production, comprising ammonia absorption process, decyanation process, desorption process and rectifying process for solving the technical problem. The invention is characterized in that decyanation process is set separately to recovery hydrogen cyanide gas, avoiding the loss of hydrogen cyanide caused by a large amount of acid gas like hydrocyanic acid contained in the ammonium phosphate solution directly steamed in Versum method, reducing production cost of hydrogen cyanide, reducing the emission of the harmful acid gas like hydrogen cyanide, and avoiding the serious pollution of peripheral enviroment. Besides, the ammonium phosphate solution contains a much smaller amout of hydrocyanic acid after hydrogen cyanide is recovered, which can not influence production process and make the production process more safety.

The invention relates to a vacuum insulated panel core material and a manufacturing method thereof. the core material is small in heat conductivity coefficient and low in cost and comprises 70wt% to 100wt% of short chopped glass fiber strands with diameters in a range of 6 microns to 13 microns and lengths in a range of 4 millimeters to 20 millimeters and 0wt% to 30wt% of glass fiber cotton with diameters in a range of 1.0 microns to 4 microns and lengths in a range of 1 millimeters to 5 millimeters, wherein the short chopped glass fiber strands are produced through a strand drawing method, and the glass fiber cotton is produced through a flame method flame method. According to the manufacturing method for core panels, multi-layer liquid adding and multi-layer vacuum dewatering are used, the heat conductivity coefficient of the vacuum insulated panel core material is below 0.03W / m.k, and the heat conductivity coefficient of the vacuum insulated panel is below 0.0025 W / m.k, the heat conductivity coefficient is lower than that of a glass fiber cotton core material 100% produced through the flame method, the insulating effect is good, the manufacture cost of the vacuum insulated panel core material is saved greatly simultaneously, and the quality is stable and controllable.

The invention discloses a ceramic tile edge trimming device, which comprises a control box, a drive motor, a frame, a conveyor belt, two sets of working cutting machine components installed on the front and rear sides of the frame, two sets of spare cutting machine components and two sets of edge pressing plates . The ceramic tile edge trimming device of the present invention has a reasonable design, and by setting two sets of cutting machine components, the working cutting machine component and the standby cutting machine component, the cutting saw blade can be easily replaced during the production process, which is safer and will not affect the production process at the same time. High efficiency; by lowering the installation height of the cutting machine components from left to right, the cutting depth of each cutting machine component can be different, and layered cutting can be realized; the edge of the tile can be easily removed by pressing down the edge plate, and The tiles are uniformly pressed and removed at the edge holder, which can realize the centralized recycling of tile edge waste, and the tiles will not be damaged during the removal process.

The invention discloses a low temperature exhaust heat recovery process of circulation cooling water of a sugar refinery. The process mainly consists of a plate heat exchanger, a buffer tank, a circulating tank, a pipeline pump, a circulating pump and a heat pump main machine. According to low temperature circulation cooling water (averagely at 45 DEG C) generated in the sugar making production process, low grade cooling water which cannot be utilized in the sugar making production process of the sugar refinery is extracted through the process and is converted into high grade utilizable heat energy (adjustable in temperature in a range of 55-60 DEG C) for re-production (for example, heating of pre-limed mixed juice or other energy consuming processes). The process disclosed by the invention not only can recover the low temperature exhaust heat of the cooling water, but also can provide the cooling water (adjustable in temperature in a range of 5-30 DEG C). For the sugar making enterprise, not only is the unit energy consumption for making sugar reduced, but also high quality low temperature cooling water is provided, and thus the yield of sugar and the quality of sugar are greatly improved.

The invention relates to the technical field of instant noodles, particularly to a method for separating a noodle cake from a box. The method comprises: 1) carrying out hot air drying on noodle cake placed in a bowl box to achieve a half-dry state; 2) under a hot air drying condition, carrying out downward blowing when the half-dry noodle cake obtained in the step 1) is conveyed by a conveying belt; and 3) separating the noodle cake obtained in the step 2) from the bowl box. With the method of the present invention, the problem of the adhesion between the noodle cake and the bowl tool during the hot air drying in the prior art can be solved, the operation is easy, and the separation effect is excellent.

The invention provides a method for extracting antithrombase III from Cohn method component IV sediment. According to the method, AT-III with the purity approximate to 100% can be extracted, and compared with an existing method, the specific activity and yield are remarkably increased. In addition, the invention provides a method for comprehensively extracting and utilizing alpha1-antitrypsin, antithrombase III and albumin from the Cohn method component IV sediment. Separation and extraction of the three products are achieved on the same process line at the same time, the production cost of alpha1-antitrypsin and antithrombase III can be effectively reduced, and large-scale industrial production can be achieved. According to the method, the comprehensive utilization efficiency of plasma can be remarkably improved, and high application value is achieved.

The invention discloses a process for extracting clean coal from middling coal, and belongs to the technical field of coal mine flotation processes. The process comprises the following steps of S1 pretreatment, and specifically, pretreatment of the middling coal is carried out, and impurities are removed; S2, crushing, and specifically, the pretreated middling coal is crushed; S3, stirring. and specifically, a mixture is obtained by stirring after the crushed middling coal is mixed with water and a flotation agent; S4, flotation, and specifically, flotation is carried out on the mixture to obtain the preliminary clean coal and tail coal; and S5, clean coal obtaining, and specifically, the clean coal is obtained after the preliminary clean coal is dehydrated. According to the process for extracting the clean coal from the middling coal, the clean coal in middling coal can be extracted through simple impurity removal, crushing, stirring, flotation and dehydration, compared with the multiple times of crushing, grading and screening in the prior art, the process is simple, an independent production unit can be formed, the influence is not caused to an original production process, thegrading is not needed after the crushing, stirring and flotation are directly carried out, and the clean coal in the middling coal can be fully extracted.

The invention relates to blade ice removing equipment and a blade ice removing method applied to a wind generating set. The blade ice removing equipment comprises an ice removing unit, a temperature detecting unit and an embedded type control unit, wherein the ice removing unit is used for removing ice from each blade; the temperature detecting unit is used for detecting the temperature of each blade; and the embedded type control unit is used for determining whether to control the ice removing unit to implement ice removal operation or not according to a received freezing signal from an external device and determining whether to control the ice removing unit to stop the ice removal operation or not according to a detected temperature value detected by the temperature detecting unit.