323results about How to "Improve industrial production efficiency" patented technology

The invention discloses a selective absorbing film set of a radiation absorbing layer based on mixture. The mixture is mixed by a superabsorbent material and a transparent material. The absorbing film comprises a metal substrate, and a selective absorbing film of the radiation absorbing layer based on the mixture, an antireflection dielectric film and a protective film which are deposited sequentially on the substrate. According to the selective absorbing film set, performances of the absorbing film can be controlled flexibly by adjusting the parameters of materials of the film set, the thickness of the coating, ingredients of the mixed film, the size, the shape and the like. The premise of maintaining high absorption and low emissivity can be met, and meanwhile, requirements of diversification and individuation of solar thermal products of solar water heaters and solar air conditioners can be met. The selective absorbing film set has the advantages that structure is simple, and the selective absorbing film set is adaptable to various processing and producing and has an important significance to development of the field of solar selective thermal absorbing films.

The invention relates to a method for preparing high-specific-surface-area cotton-shaped super-fine silver powder and silver powder prepared with the method. The method for preparing the high-specific-surface-area cotton-shaped super-fine silver powder comprises the following steps of A, preparing a first water solution; B, preparing a second water solution; C, conducting reduction treatment; D, conducting washing; E, conducting drying and sieving, and obtaining the dried finished high-specific-surface-area cotton-shaped super-fine silver powder. According to the silver powder prepared with the method, the specific surface area is over 6.5 m<2>/g, and the burning lose content is smaller than 1.5 after heat treatment is conducted for one hour at the temperature of 538 DEG C. The method for preparing the high-specific-surface-area cotton-shaped super-fine silver powder and the silver powder prepared with the method have the advantages that the method is controlled effectively, the prepared silver powder is high in quality and stable, the production efficiency is high, pollution is avoided, the requirement for environment protection is met, after the silver power is prepared into silver paste, the viscosity and the rheological property of electrocondution slurry are maintained, the conductivity of a silver film obtained by burning the electrocondution slurry is not changed, and the proportion of the silver powder in the electrocondution slurry can be reduced. The silver powder prepared with the method has the outstanding advantages that the particle size distribution range is narrow, the dispersibility is high, the purity is high, and the specific surface area is high and is an ideal material for silver paste for electrodes of electronic components.

The invention discloses a continuous extrusion deformation method of magnesium alloy, which comprises the steps that: the temperature of a homogenized magnesium alloy blank is heated to 350 to 450 DEG C, an extrusion die, with the temperature lower than that of the magnesium alloy blank by 10 to 30 DEG C, is used for performing first-pass one-way continuous extrusion at the constant-speed extrusion rate of 1m/min to 3m/min in an order of forward extrusion, change channel angular extrusion at 90-degree corner and equal channel angular extrusion at 90-degree corner, so that the magnesium alloy blank, after the forward extrusion at one end of the die, is equivalently divided into a plurality of streams, which are subject to the change channel angular extrusion and the equal channel angular extrusion to form the magnesium alloy at the other end of the die, followed by mold stripping, thus continuous flowing extrusion deformation is formed, the extrusion ratio of the forward extrusion to the change channel angular extrusion at 90-degree corner is 16:1, and the extrusion ratio of the change channel angular extrusion to the equal channel angular extrusion at 90-degree corner is 1:1. The method can not only obtain extremely prominent grain refining effect and more homogenous structure of the magnesium alloy, but can also enhance industrial production efficiency, lower production cost and ensure production quality by increasing the extrusion ratio and the extrusion speed.

The invention relates to the field of pharmaceutical chemical synthesis, in particular to a preparation method of flurbiprofen and a preparation method of flurbiprofen axetil. The preparation method of the flurbiprofen comprises the steps of carrying out a Grignard reaction by using 4-bromine-2-fluorine biphenyl as a raw material, carrying out a coupling reaction, and acidizing to obtain the flurbiprofen; the yield is 90%, and the purity is 99.5%; then, the flurbiprofen axetil is prepared by using the flurbiprofen, obtained by the method, as a raw material, the yield reaches up to 90%, and thepurity reaches up to 99.5%. The preparation methods are high in quality controllability and industrial reproducibility.

The invention relates to a gypsum-based composite material for a self-insulation wall and a preparation method of the gypsum-based composite material. The material is prepared from dry materials and an aqueous solution, wherein the dry materials comprise semi-hydrated gypsum powder, cement, fly ash, quicklime, mineral powder, expansion silica gel and silica fume; the aqueous solution is prepared from a modified additive, a fine foaming agent and water. The dry materials are added after the aqueous solution is evenly stirred, the mixture is stirred rapidly continuously to be mixed with air, so that microbubbles are formed and can be mixed homogeneously with the gypsum mixture, and the production efficiency and the stability are improved. The gypsum-based composite material for the self-insulation wall has the advantages of being light, high in strength, thermal-insulating, sound-insulating, water resistant, alkali-resistant, capable of being molded through quick pouring and the like.

The invention discloses an alkaline non-cyanide zinc plating nickel alloy plating solution and an electroplating process thereof. The plating solution is prepared with hydantoin or a hydantoin derivative as a main coordination agent by adding an auxiliary coordination agent, zinc sulfate, nickel sulfate, potassium carbonate and water. The plating solution comprises 20 g-400 g/L of the main coordination agent, 5 g-300 g/L of the auxiliary coordination agent, 5 g-200 g/L of the zinc sulfate, 1 g-150 g/L of the nickel sulfate and 5 g-435 g/L of the potassium carbonate. The electroplating process of the plating solution comprises the steps of substrate pretreatment and zinc-nickel alloy electroplating. A constant current electroplating mode is adopted for zinc-nickel alloy electroplating. The electric current density is 0.5 A-5 A/dm2. The temperature of the plating solution is 30 DEG C-60 DEG C. The distance between a cathode and an anode is 0.5 cm-25 cm. The stirring speed of the plating solution is 0 rpm-3000 rpm. The electroplating time is 1 min-120 min. According to the plating solution and the electroplating process thereof, the hydantoin or the hydantoin derivative serves as the main coordination agent for the first time, and zinc-nickel alloy with the nickel content of 10 wt.%-13 wt.% is obtained through electro-deposition by using the main coordination agent and the auxiliary coordination agent in a combination mode. An obtained coating is good in corrosion resistance. The stability of the plating solution is improved immensely compared with using of a single coordination agent.

The embodiment of the invention discloses an industrial Internet of things system. The system comprises an industrial detection terminal and a remote server. The industrial detection terminal comprises a communication output drive circuit and bears a remote data transmission protocol. The industrial detection terminal establishes remote communication connection with the remote server through the communication output drive circuit. The industrial detection terminal carries out instruction and data interaction with the remote server based on the remote data transmission protocol through the established remote communication connection. According to the technical scheme provided by the embodiment of the invention, an industrial field can be remote controlled, and the industrial production efficiency is improved.

The invention discloses a secondary continuous extrusion processing method of magnesium alloy and a die plate insert for the secondary continuous extrusion processing method. The secondary continuous extrusion processing method comprises the steps of replacing a conventional extrusion die plate insert with a secondary continuous extrusion die plate insert, preheating magnesium or magnesium alloy blank to a temperature lower than an extrusion temperature by 0 to 30 DEG C, and performing unidirectional and uniform extrusion on the blank with the extrusion speed being 0.1m/min to 4m/min and the extrusion ratio being 4: 1 to 40: 1. The designed and manufactured secondary continuous extrusion die plate insert comprises an upper cylinder with a small diameter and a lower cylinder with a large diameter, which are connected with each other, wherein center through holes are formed in the insert and comprise a first extrusion forming work tape hole, an inverted cone hole, a secondary extrusion forming work tape hole and a molding product channel hole. The secondary continuous extrusion processing method has the characteristics of being simple in technology, easy to operate, low in extrusion cost and wide in application range; and compared with the conventional extrusion product, the magnesium alloy prepared by the secondary continuous extrusion processing method has more tiny structures and better performance.

The invention provides a method for carbonizing and activating waste concrete recycled micro powder by a wet process, which comprises the following steps of: taking powder generated in the process ofproducing recycled aggregate by crushing waste concrete as recycled micro powder, dispersing the recycled micro powder into water to form mixed slurry, and continuously introducing industrial waste gas containing carbon dioxide into the mixed slurry, in the process, carbon dioxide contained in the industrial waste gas and the regenerated micro powder are subjected to a carbonization reaction. According to the invention, the regenerated micro-powder is subjected to the carbonization reaction in an aqueous solution, the activity of calcium carbonate and silicon dioxide generated by carbonizationis higher, the volcanic ash activity is superior to that of common auxiliary cementing materials such as fly ash and silica fume, and the regenerated micro-powder can be used as an auxiliary cementing material.

The present invention discloses a pointer type instrument panel automatic reading method under a long-distance and multi-view environment. The method comprises the steps of dial plate area determination, segmentation processing, pointer extraction fitting and reading estimation, and is characterized by determining a dial plate area in an image by matching the key points of a to-be-identified image and a template dial plate, then distributing a binaryzation dial plate according to a histogram, obtaining the internal information of the dial plate by the binary image morphologic processing, and then inducing and merging the straight lines obtained by the progressive probabilistic Hough transform fitting to obtain a pointer angle, and finally calculating the pointer reading according to a transcendental pointer. The pointer type instrument panel automatic reading method of the present invention solves the problems that the distortion of the dial plate is severe under a long-distance strabismus angle, the scales are fuzzy, and the reading can not be identified completely by the eyes, and has the higher accuracy.

A drying method of an organic edible flower comprises the following steps: 1) grading and selecting picked organic chrysanthemum, then artificially placing a dish; 2) drying with a heat pump, to be more specific, the moisture content of a product is 9.5%-11.5% by selection of heat pump type drying for 9-13h, the heat pump type drying is divided into three stages comprising low temperature high humidity slow drying for 1-2h in the first stage being, gradual warming dehumidifying drying for 5-8 h in the second stage and high temperature low humidity drying for 3-4h in the third stage; 3) again grading and selecting the dried organic chrysanthemum according to quality, and filling nitrogen to pack each piece of organic chrysanthemum. The drying method is environmentally friendly and efficient, zero-pollution to a dry matter and the environment, and simple in operation and control process, can work continuously, is high in industrial production efficiency, avoids petal scattering and falling phenomena of organic edible flowers, improves the appearance aroma and taste of the prepared flower, and ensures the nutritional effects of a product, and the product is high in quality and long in storage time.

The present invention relates to a lotus root processing device comprising a body frame, a lotus root washing mechanism is arranged on one side of the body frame, and a slicing mechanism is arranged on the other side of the body frame. The device is characterized in that a lotus root transmission mechanism is also arranged between the lotus root washing mechanism and the slicing mechanism on the body frame, the lotus root washing mechanism includes a sink arranged on the body frame, a discharge port arranged on one side wall of the sink, and a plurality of brush rollers in fan-shaped distribution hinged with the side wall of the sink with the discharge port as the center of a circle. The device is simple in structure and convenient in operation, and can effectively meet the needs of lotus root washing, slicing and processing and improve the efficiency of industrial production.

The invention relates to a fixation apparatus for stator blade profile and journal bounce detection. The fixation apparatus comprises a first foot block and a second foot block which are fixed at the two sides of a base; the axial positioning of a blade is finished by clamping a baled axle center by use of two opposite finials in the two foot blocks and attaching an axial positioning plate to a blade axial positioning surface; by use of the attachment of an angle positioning plate in a body seat and a blade profile, the angle positioning of the blade is realized, and the blade profile is further detected; by use of the push effects of the plug screw arranged at the second foot block, the blade is enabled to disengage from the axial positioning plate and rotate on the two finials; and then journal bounce detection is performed on the blade. The fixation apparatus solves the problem of performing blade profile detection and journal bounce detection at the same measuring tool, facilitates one-time multiple dimension clamping and processing on numerical control equipment in terms of process to finish needed detection means, and reduces the labor intensity of repeated positioning.

The invention discloses a temperature control method based on a fuzzy self-adaptive controller. The temperature control method is realized via the fuzzy self-adaptive controller, a three-phase voltage-regulating module, a heating module and a temperature sensor. The fuzzy self-adaptive controller is composed of generalized prediction control and fuzzy control. The fuzzy self-adaptive controller is generated via combination of the generalized prediction control and the fuzzy control. The generalized prediction control or the fuzzy control are selected by the fuzzy self-adaptive controller to realize flexible control of a heating system according to different error situations of the system so that heating is more uniform, temperature control is more accurate and thus industrial production efficiency is enhanced.