11 results about "Dusting powders" patented technology

The invention discloses a low-carbon energy-saving superfine grinding system for nut powder processing, which relates to the technical field of nut processing equipment and comprises seven modules: a raw material pretreatment module is used for removing impurities through bubble cleaning and adjusting time through waste heat drying; the multi-stage superfine grinding module adopts three vertical series-connection units and is provided with a flow guide channel and a heat preservation grinding cavity; the low-carbon energy-saving driving module takes a high-efficiency motor as power, and can adjust the rotating speed and recycle kinetic energy to store electricity; the intelligent grading screening module integrates airflow and vibration screening, and substandard particles flow back and are reground; the waste heat recycling module absorbs grinding waste heat for drying; the intelligent control system collects parameters through a sensor and supports operation monitoring; and the dust recovery and purification module is subjected to two-stage dust removal, dust backflow and peculiar smell removal. The low-carbon and energy-saving performance is enhanced, energy consumption is greatly reduced through waste heat and energy recovery, the particle size uniformity of products is improved through multi-stage grinding and precise classification, and the nut powder production requirements of different scales are met.

The utility model discloses a material processing drilling machine for bullet trains, which belongs to the technical field of drilling machines and comprises a supporting mechanism, a drilling mechanism, a clamping mechanism and a dust collection mechanism. The drilling device is novel in design and ingenious in device, in the drilling process, a dust suction pump is started, dust powder generated during drilling is sucked into an annular groove in a dustproof cover through the dust suction pump and then conveyed to a discharging pipe through an inlet pipe, the dust powder enters a dust collecting box, gas enters the dust collecting box and then is discharged through a filtering hole and a through hole, and the dust collecting box is used for collecting dust. The drilling machine has the capability of collecting the dust and the powder, and the dust and the powder are prevented from polluting air and the surrounding environment of the drilling machine, so that the drilling machine is comprehensively protected during machining, and the dust, the powder and chippings generated by the drilling machine are prevented from splashing and hurting a human body; and long-time continuous work is facilitated, and the practicability of the device is greatly improved.

The utility model provides a dust removal crusher for producing a fixing agent, which relates to the technical field of fixing agent production and processing and comprises a fixing frame, a crushing tank positioned on the fixing frame, a feed port and a discharge port positioned on the crushing tank, a crushing component positioned at one end of the crushing tank, and a cleaning component positioned at the other end of the crushing tank, the dust falling assembly is positioned on the crushing tank and is matched with the cleaning assembly; according to the device, the crushing assembly, the cleaning assembly and the dust falling assembly are added to be matched, so that the fixing agent production, processing and crushing are more accurate, the residual fixing agent raw materials on the inner wall of the crushing tank can be effectively cleaned, the influence on the subsequent production and processing of the fixing agent is avoided, and the production efficiency is improved. And meanwhile, dust generated during production and processing of the fixing agent is prevented from being directly discharged, the dust generated during production and processing of the fixing agent can be effectively treated, and it is ensured that the production and processing environment of the fixing agent can reach the standard.

The invention provides a luxury printing surface treatment device and method, and relates to the field of stone surface treatment. The luxury stone printing surface treatment device comprises a conveying belt and further comprises a dust removal and adsorption assembly arranged above the conveying belt and a dust collection assembly arranged below the conveying belt, and the dust removal and adsorption assembly comprises a closed cover shell, a floating dust assembly and a two-way dust suction assembly, the floating ash assembly is used for cleaning the surface of the stone and taking up dust, and the two-way dust suction assembly sucks air in a one-way mode through the upper portion of the closed cover shell and sucks floating ash away. According to the luxury stone printing surface treatment device and method, the dust removal adsorption assembly is arranged, floating dust on the stone surface can be further removed through sweeping and wind power of the floating dust assembly, the two-way dust suction assembly is closer to the stone surface, the treatment effect is better, water-containing dust can be collected, and therefore gas passing through the negative pressure air exhauster basically does not contain dust, and the dust removal effect is good. The human health of operators can be effectively protected, and the purchase cost of the filter is reduced.

The invention discloses a preparation system and a preparation method of thick-slurry-method slice slurry for heating cigarettes, and the preparation system of the thick-slurry-method slice slurry for heating the cigarettes comprises at least one of a tobacco shred processing device and a slice powder processing device, a process water feeding device, a primary crushing device, a wood pulp processing device and a secondary crushing device; wherein the tobacco shred processing device is used for forming a material I, the shred processing device is used for forming a material II, the primary crushing device is used for mixing the material I and / or the material II and process water and performing wet crushing to form a material III, and the wood pulp processing device is used for forming a material IV; and the second-stage crushing device is used for mixing the material III and the material IV and grinding the mixture into a material V. Tobacco raw materials are crushed through a wet method, the crushing efficiency is high, the crushing effect is good, the tobacco powder yield is high, the quality of finished pulp is improved, dust removal and dust explosion-proof equipment is not needed, clean production is conveniently achieved, and the cost is reduced.

This utility model belongs to the field of waste gas treatment technology, specifically disclosing a black adsorption cascade purification system. The system includes a flue gas duct, a primary turbulent acceleration unit, a primary reaction zone, a secondary turbulent acceleration unit, a secondary reaction zone, a bag filter, and a circulation mechanism. The flue gas sequentially passes through the primary turbulent acceleration unit, mixes with used powder, and enters the primary reaction zone. It then passes through the secondary turbulent acceleration unit, mixes with fresh powder, and enters the secondary reaction zone. Finally, the bag filter removes particulate matter. The bag filter has multiple collection chambers. Some collection chambers are connected to a circulating dust powder distribution device via a circulating dust powder feeding device, returning the adsorbent-active used powder to the primary reaction zone. The remaining collection chambers are connected to a by-product chamber. A rotary feeder is installed in the circulating dust powder distribution device to control the quantitative return of used powder. This device has a compact structure, high adsorption efficiency, and high dust powder utilization rate, making it suitable for the efficient purification of flue gas from anode roasting in the carbon industry.

The utility model discloses a vermicelli cutting machine for glitter powder processing, and relates to the technical field of glitter powder processing, the vermicelli cutting machine comprises an operation table and a vermicelli cutting box, the two sides of the front end of the operation table are respectively provided with a supporting assembly and a rotating assembly, and positioning shafts are rotatably arranged on a first rotating disc in the rotating assembly in an annular array mode; a sliding rod is arranged on a second rotating disc in the supporting assembly in a penetrating mode, a supporting piece is arranged at one end of the sliding rod and corresponds to the positioning shaft, the other end of the sliding rod is fixedly connected with a movable plate, the movable plate is arranged on a guide rod in a sliding mode, the guide rod is fixedly arranged on one side of the second rotating disc, and a limiting plate is arranged at one end of the guide rod. The movable plate is connected with the limiting plate through the spring and connected with the pull handle. Each supporting piece and the corresponding positioning shaft are relatively independent, when the glitter film roll is replaced, the supporting piece and the positioning shaft which need to replace the film roll can be independently operated, and other supporting pieces and positioning shafts which are in use cannot be influenced.

The utility model relates to the technical field of carbon electrode production, in particular to a dust removal feeding device for a carbon electrode, which comprises a feeding device main body, a dust removal mechanism main body is mounted in the feeding device main body, and the dust removal mechanism main body comprises an inner mounting mechanism, a fan, a rotating plate and a lower guide structure; the feeding device has the beneficial effects that the fan rotates and generates downward airflow under the limitation of the lower guide structure, according to the Bernoulli principle, it is obtained that the air pressure of a place with the high air speed is small, and generated negative pressure can enable carbon flying dust in the feeding device body to move downwards under driving of the airflow; carbon flying dust can directly enter the carbon electrode production equipment through the discharging port in the lower mounting mechanism and cannot fly out of the feeding port in the feeding device body, dust is removed at the source where the carbon flying dust is generated, and the dust removal effect is better compared with the mode that a dust collection mechanism is mounted at the feeding port of the feeding device body; and the influence of carbon flying dust leakage on personnel can be effectively avoided.

The utility model relates to the technical field of unloading equipment, and particularly discloses a low-dust powder unloading device. Comprising a trench, a lifting supporting plate, a hydraulic lifting mechanism, an awning, a spraying device, a screw conveying groove and a belt conveyor. A hydraulic lifting mechanism is installed in the trench, a lifting supporting plate is movably arranged at the upper end of the trench and comprises a plate body and a fixed hinge, the fixed hinge is fixedly arranged on the side wall of one end of the trench, one side end edge of the plate body is hinged to the fixed hinge, and the telescopic end of a lifting hydraulic rod of the hydraulic lifting mechanism is hinged to the bottom of the plate body. A screw conveying groove is formed in one side, provided with the fixed hinge, of the trench; the vehicle is obliquely lifted through the lifting supporting plate and the hydraulic lifting mechanism, so that powder loaded in the vehicle hopper falls into a rear screw conveying groove and then is conveyed out through a belt conveyor, and manual unloading is not needed; meanwhile, the awning is further arranged to prevent flying dust from diffusing, and the spraying device is arranged at the top of the awning to achieve the dust falling effect.

This invention discloses a method for preparing prebaked anodes using a gradient recycling of all components of recycled materials, comprising the following steps: S1: The physical properties and chemical composition of electrolytic residues, molded waste carbon blocks, dust powder, and scraps generated during the prebaked anode production process are systematically tested. Based on the test results, they are classified into three categories: high-purity residual electrode block material, medium-low purity roasted and crushed material, and high-impurity dust powder material. A dedicated database of the physical and chemical properties of recycled materials is constructed. This method and system for preparing prebaked anodes using a gradient recycling of all components of recycled materials overcomes the shortcomings of existing technologies, such as low recycling ratio of recycled materials, difficulty in disposing of low-quality recycled materials, poor product quality stability, and extensive production process control. It provides a method and system for preparing prebaked anodes using a gradient recycling of all components of recycled materials, achieving a high proportion of recycling of all categories of recycled materials from high-quality to low-quality, ensuring stable performance of prebaked anode products, and reducing production costs and environmental pressure.

This invention belongs to the field of anti-corrosion powder coating technology, and discloses a low-magnetic modified ultrafine silica powder, its preparation method, and its application. This invention provides a low-magnetic modified ultrafine silica powder, using the dust removal byproduct of 325-mesh silica powder milled by ceramic ball milling as the raw material for the ultrafine powder. Utilizing its advantages of low magnetic content, wide particle size distribution, and low oil absorption, after composite surface modification, its compatibility with resin and flowability are improved, resulting in an ultrafine silica powder with low magnetic content, low oil absorption, and good flowability, which can meet the performance requirements of high-end heavy-duty anti-corrosion powder coatings.