100 results about "Disc mill" patented technology

The invention discloses a manufacturing method for a stainless steel lining paper that includes the following steps: adopting white wood pulp as raw material, and white sulfate softwood pulp: white hardwood pulp =70-80wt%: 30-20wt%; adopting short fiber shiny beating method, and 330 disc mill basalt stone lapping to take jordaning; using chemical auxiliary agent that adding 5-20wt% olefin emulsion, 0.5-1.0wt% positive ion starch, 0.5-1.0wt% AKD, 1.0-2.0wt% silicone emulsion, 0.3-0.5wt% CPAM, and 0.25-0.75wt% PAE. It has the advantages of high intension, laceration endurable, super smooth, clean and high temperature endurable. It could fit different manufacture technology requests of stainless steel.

The invention discloses a milling device suitable for high-speed plane finish milling. The milling device suitable for high-speed plane finish milling comprises a milling cutter plate, an adjustable vibration milling device and an online dynamic balance device, wherein the adjustable vibration milling device is mounted at the joint between a cutter handle and the milling cutter plate; the rear part of the online dynamic balance device is connected with a main shaft system of a milling machine; the front end of the online dynamic balance device is connected with the adjustable vibration milling device. By virtue of vibrators of the adjustable vibration milling device, feedback regulation is performed; an electric control hydraulic multi-way valve is used for controlling oil feeding amounts of different oil channels when the online dynamic balance device detects an unbalanced amount so as to achieve the dynamic balance during milling of a disc mill cuter, so that the purpose of high-speed and stable milling of the milling machine can be achieved; the stability during high-speed milling is ensured; the service life of a blade is prolonged.

The invention relates to a chemical mechanical clean pulping process with whole corn stalk as a raw material. Firstly, the cut corn stalk is subjected to pre-extraction in hot water, after solid-liquid separation, the stalk is squeezed, ground and washed, the washed stalk is subjected to three-section high-concentration normal-pressure slurry grinding after being subjected to pre-impregnating treatment, and high-yield and high-strength chemical mechanical pulp is obtained, wherein the corn stalk is cut in a conventional hay cutter; extraction in hot water is chemical-free heating autocatalyticextraction under normal pressure; the extrusion and grinding process is performed in a double-screw extrusion and grinding machine; pre-impregnation is impregnation with sodium hydroxide under normalpressure; three-section high-concentration normal-pressure slurry grinding is performed in a high-concentration normal-pressure disc mill. The process has the benefits that compared with conventionalcorn stalk pulping processes, the process does not require physical separation of stalks and leaves of the corn stalk and is applicable to pulping of the whole corn stalk, part of non-fiber components are separated while fiber components in raw materials are almost completely reserved, a few chemicals are consumed in the pulping process, the obtained pulp is high in yield and good in strength, and high-pressure environment is avoided in the whole process. Produced waste liquids can be directly used as raw materials for other procedures.

The invention discloses a low-energy-consumption method for preparing fiberboards by using a bio-enzyme to separate fibers. The method includes making woody raw materials, crop straws or bamboo into wood chips or crushed aggregates, and utilizing the bio-enzyme for pretreatment under a certain condition; dissolving the bio-enzyme in water at the temperature of 20-60 DEG C, wherein concentration of the bio-enzyme is 0.05-50%, a proportion of the wood chips or the crushed aggregates and a bio-enzyme solution is 10-50%, and treatment time is 5-120min; utilizing a disc mill to further separate the wood chips, the crushed aggregates or bamboo chips into fibers to replace a mode that a hot-grinding method in a conventional fiberboard preparation process is utilized to separate fibers to prepare the fiberboards. A principle that the bio-enzyme can degrade pectin and lignin in a fiber intercellular layer is creatively utilized to separate the fibers, so that compared with the hot-grinding method, the method has the advantages of cleanliness, environment protection, low energy consumption and low cost. Reduction of energy consumption and production cost during producing of the fiberboards is facilitated, and the low-energy-consumption method has good social benefit and economic benefit.

This invention relates to the art of methods and apparatuses for grinding various materials into smaller particles; particularly, to those known in the art as pulverizing systems and devices. This invention provides methods and apparatuses for an improved disc mill assembly that utilizes a tapered flywheel and water jacket in conjunction with planar grinding disk cutting devices to create a tapered grinding channel.

The invention discloses a disc mill which comprises a movable milling disc (1) and a fixed milling disc (2), two bosses (4) are arranged on a central plane of a processing material cavity (3) of the movable milling disc (1), a material throwing groove (5) is arranged between the two bosses (4), and protruding petals (6) are arranged on the outsides of the two bosses (4). The disc mill has the advantages of overcoming the defect that the movable milling disc of a horizontal type disc mill cannot drive all materials to be sufficiently smashed, lamination smashing along a circumferential normal direction in the processing material cavity of the milling disc is achieved, processed materials can be finely smashed, and a choice is provided for optimizing the disc mill.

A disc mill assembly for a pulverizing system includes: a flywheel, a water jacket, two disc blades, and two ring clamps. In alternate embodiments, the disc mill assembly also includes: an air inlet to provide input air from an external air supply and an improved blade height adjustment mechanism. A disc blade is also provided. The disc blade is a single member with a central aperture that is the only through hole in the blade. Users may cost-effectively adopt a disposal versus sharpening policy for replacement of the disc blade. A method for controlling a temperature of material in a disc mill assembly having first and second disc blades is provided. The method includes: directing an adjustable input air stream, directing material to be ground, monitoring the temperature of the material, and controlling the air stream directing and/or the material directing in response to the temperature monitoring.

The invention aims to provide an opposite netted disc mill which has the advantages of energy saving, convenient arrangement, simple maintenance, stable performance, small occupied area and high output. The mill which comprises a frame, a motor and a speed reducer which are arranged at the bottom of the frame, and a stone inlet and a water inlet which are arranged above the frame is characterized in that: a stone salver which is arranged under millstones is connected with a stone outlet at one side of the central section of the frame, the coupling of the speed reducer is fixedly connected with the lower millstone, the upper millstone is connected with the frame through positioning pins, and springs are arranged surrounding the positioning pins; the upper millstone clings to the lower millstone, and netted mill courses are arranged on clinging surfaces; and the upper millstone is annular in shape, and the middle through hole is a stone channel. The motor is started to charge the stone from the stone inlet, and simultaneously water is charged from the water inlet; the stone enters a space between the upper millstone and the lower millstone through the middle through hole of the upper millstone, and the rotation of the lower millstone grinds the stone into stone flour; and the stone flour falls from a space between outer edges of the two millstones, and then is discharged from the discharge port through the inclined stone salver under the millstones.

The invention discloses a disc refiner and a control method for the actuation of executive elements during the beating of the disc refiner. The control method comprises the following steps: a pulp inlet pipeline or a pulp outlet pipe of the disc refiner is provided with a pressure sensor; and the actuation of the executive elements of the disc refiner is controlled according to the pulp flow pressure of the pulp inlet pipeline during the beating, thereby controlling the beating process of the disc refiner. The method adopted in the invention is to control the actuation of the executive elements during the beating of the disc refiner, and can effectively prevent the friction collision among the executive elements of the disc refiner caused by pulp interruption during beating, thereby protecting the disc refiner.

The invention discloses a highland barley particle crushing and processing device, which comprises a base, a tank body is installed on the top of the base, a feeding hopper is arranged on the top of the tank body, and the left and right sides of the inner top of the tank body are equipped with A crushing roller, the outer wall of the crushing roller is provided with crushing teeth, the top of the rotating roller is equipped with a movable grinding disc, and the inner bottom of the tank body is equipped with a fixed grinding disc. The highland barley particle crushing and processing device, through the cooperation of the crushing roller, the movable crushing millstone and the fixed crushing millstone, drives the rotating roller to drive the crushing roller to rotate through the auxiliary rotating roller and the collar. The highland barley grains are crushed, and the rotating roller drives the movable grinding disc on the top to rotate, and the highland barley grains are further ground and pulverized through the grinding of the movable grinding disc and the fixed grinding disc. The pulverized highland barley powder is uniform in size and the crushing effect is ideal.

The present invention provides a kind of beating pressure stabilizing device for disc refiner. The beating pressure stabilizing device set in front of the disc refiner is connected to the inlet of the disc refiner and is constituted by pulp inlet pipe, pressure stabilizing tower, overflow pipe, control valve, and pulp outlet pipe. The beating pressure stabilizing device has the pressure controlled via the height inside the pressure stabilizing tower or the opening of the overflow port. The present invention makes the disc refiner operate in relatively stable flow rate and pressure conditions to obtain stable beating quality and reduced power consumption. The present invention has production cost much lower than available dynamic control system.

The invention relates to a cardboard paper pulping system. The cardboard paper pulping system comprises a craft paper pulping system and a corrugated paper pulping system and is characterized in thatcraft paper pulping system comprises a pulper, a pressure screen, a residue remover, a multi-disc concentrator, a heat dispersion system and a disc mill, the pulp outlet of the pulper is connected with the pulp inlet of the pressure screen, the pulp outlet of the pressure screen is connected with the pulp inlet of the residue remover, the pulp outlet of the residue remover is connected with the pulp inlet of the multi-disc concentrator, the pulp outlet of the multi-disc concentrator is connected with the pulp inlet of the heat dispersion system, the pulp outlet of the heat dispersion system isconnected with the pulp inlet of the disc mill, and the residual pulp outlet of the residue remover is connected with the corrugated paper pulping system. The cardboard paper pulping system has the advantages that by directly conveying residual pulp in the craft paper pulping system to the corrugated paper pulping system, the residual pulp discharged by the craft paper pulping system is fully utilized, and the pulping yield of the corrugated paper pulping system is increased.

The invention provides a method for producing degradable mulching film paper by using bamboo pulp. The method comprises the following steps of pulping, concentrating, high-concentration pulping, seasonings feeding, forming on a net, squeezing, drying, coiling, rewinding and packaging; pulping is carried out by using 100% of bamboo fiber pulp at high concentration of 15-20%, pulping is carried outby using a medium-concentration disc mill, and the net concentration is set to be 0.18-0.45% and the net pH value is set to be 6.5-7.5. After forming on a net, squeezing is performed through a four-roller three-pressing area until the dryness is 45%-48%; the obtained mulching film paper has the advantages that the quantification is 40-80g/m<2>, the paper dryness is 8%-9%, the air permeability is 15-60mu m/Pa.s, the longitudinal tensile strength is 1.2-3.2 kN/m, the transverse tensile strength is 0.8-2 kN/m, the water absorption value is 35-50g/m<2>, and the paper tightness is 0.4-0.5 g/m<3>. According to the invention, bamboo fibers are used as a raw material, so that the raw material source of the mulching film paper is expanded, the situation of tension supply of wood pulp is relieved, and the performance of the mulching film paper is improved to a certain extent.

A high-consistency hydraulic disc mill comprises a spiral feed unit, a hydraulic adjusting unit and a high-consistency disc mill body, wherein the rotating speed of a conveying screw is adjusted by a variable-frequency and variable-speed motor, and feed quantity of the high-consistency disc mill is matched with the defibrination output of the high-consistency disc mill. The hydraulic adjusting unit is composed of an oil tank, a hydraulic pump, a solenoid directional valve, a pressure regulating valve, a pressure retaining valve, a hydraulic cylinder, a piston, a thrust cylinder, a cooler, the pressure regulating valve and a pressure gauge, wherein the hydraulic cylinder is fixed on a bearing body suspended frame, the piston is fixed on the thrust cylinder, one end of the thrust cylinder is fixed on an front bearing cover, and a mechanical limiting fine tuning nut is arranged at the other end of the thrust cylinder. The high-consistency disc mill body is composed of a machine shell, a machine cover, a fixed disc, a rotating disc, the bearing body suspending frame, a bearing body, a shaft, a coupler and a motor, wherein the fixed disc is fixed on the machine cover and the rotating disc is fixed on the shaft. Due to the fact that the hydraulic regulating unit which is provided with a pressure retaining return circuit regulates the advancing and the retreating of a knife and defibrination specific pressure, producing of high-consistency milled defibrination with the fixed specific pressure is achieved, energy is saved, and defibrination efficiency is improved.

The invention provides a method for producing degradable mulching film paper by utilizing fir leftover materials and branch material pulp. The method comprises the following steps of: pulping, concentrating, pulping at high concentration, feeding seasonings, removing sand, forming on a net, squeezing, drying, coiling, rewinding and packaging, wherein 100% fir fiber pulp is pulped at high concentration of 22%, and then pulped by a medium-concentration disc mill, the net concentration is set to be 0.18-0.3%, the the net pH value is 6.5-7.5, after forming on a net, squeezing is performed througha four-roller three-pressing area until the dryness is 47-49%, the paper quantity of the obtained mulching film paper is 50-60 g/m<2>, the paper dryness is 8-9%, the air permeability is 30-45 [mu]m/Pa.s, the longitudinal tensile index is 38-42 N.m/g, the transverse tensile index is 22-28 N.m/g, the water absorption value is 30-45 g/m<2>, and the paper tightness is 0.38-0.43 g/m<3>. According to the invention, fir leftover materials and branch material fibers are used as raw materials, so that the raw material source of the mulching film paper is expanded, the situation of tension supply of rawwood is relieved, and the performance of the mulching film paper is improved to a certain extent.

The invention discloses a production method of black facial mask paper. The preparation method comprises the steps: S100, pulping: mixing softwood pulp fibers with nanoscale carbon black to form softwood pulp fiber-carbon black mixed pulp, respectively and continuously pulping the softwood pulp fiber-carbon black mixed pulp and hardwood pulp fibers by adopting a double-disc mill, and mixing the pulped softwood pulp fiber-carbon black mixed pulp and the pulped hardwood pulp fibers to prepare mixed pulp; S200, papermaking: diluting the mixed pulp, respectively adding calcium carbonate, a guar gum reinforcing agent and a guar gum retention aid through a short circulation system to form paper pulp, forming the paper pulp at a net part, and dehydrating the paper pulp at a squeezing part to obtain a wet paper sheet; and S300, drying: carrying out drying treatment on the wet paper sheet through a pre-drying drying cylinder to obtain a semi-dry paper sheet, coating a wet strength agent polyamide polyamine-epichlorohydrin resin PAE on a sizing part of the semi-dry paper sheet to obtain finished paper, carrying out drying treatment on the finished paper through a post-drying drying cylinder,and rolling to obtain the black facial mask paper. According to the production method of the black facial mask paper, the produced black facial mask paper has natural black appearance and is integrally uniform and breathable, wood pulp fibers and nanoscale carbon black are organically combined in the product, the facial mask paper is endowed with unique black appearance, and meanwhile, the oil stain adsorption, permeation and water replenishing capacities of a finally processed facial mask are enhanced.

The invention provides a disc mill capable of automatically cleaning. The disc mill comprises a grinding mechanism, wherein the grinding mechanism comprises a grinding cavity, a static grinding disc with a central hole and a movable grinding disc arranged at an interval relative to the static grinding disc are arranged in the grinding cavity, the movable grinding disc is connected with a power mechanism through a rotating shaft so as to be capable of rotating, the rotating shaft is mounted on a rotating shaft supporting seat through a bearing, the disc mill further comprises a cleaning mechanism, the cleaning mechanism comprises a movable plate arranged above a top plate of the grinding cavity, a lifting device is connected with the movable plate, a plurality of air pipes are arranged on the movable plate, the lower ends of the air pipes penetrate into the grinding cavity, and spray holes are formed in the lower ends of the air pipes correspondingly. The disc mill solves the problem ofpollution due to the fact that in the prior art, a grinding cavity needs to be opened for pulverizer cleaning, and has the advantages of being reasonable and ingenious in structure and environmentally friendly.

The invention relates to a preparation method of a floor heating structural module. The preparation method comprises the following steps that firstly, preheating is conducted , specifically, plant straw is cut into small sections, the small sections are untwined hydraulically, dipped into alkali and washed, thus rough materials are obtained, then the rough materials are fed into a disc mill to be milled and separated, and plant fiber base materials are obtained; secondly, drying is conducted, specifically, the plant fiber base materials in the first step are taken, dispersed after water is added, evenly stirred after a cationic starch reinforcing agent is added and then added into a mould to be dehydrated; and thirdly, forming is conducted, specifically, the mould is pre-pressed and then subjected to drying-forming, and thus the floor heating structural module is obtained. Straw waste is used for replacing mixed powder coal-ash cement mortar, polystyrene foam plastic and phenolic foam plastic, so that on one hand, a new approach of resource utilization of the crop straw waste can be provided, and on the other hand, consumption of natural resources can be greatly reduced, and pollution to the ecological environment can be greatly lowered.

The invention belongs to the technical field of cardboard paper, and provides a production process of high-strength environment-friendly liner cardboard paper, which comprises the following steps: taking domestic bamboo fiber pulp, imported wet paper pulp, imported roll paper and national waste as raw materials according to a specific ratio; the wet paper pulp and the bamboo fiber pulp are mixed and pulped through a medium-concentration pulper, a sand remover, a pre-grinding pool, a disc mill and a post-grinding pool in sequence, and first mixed pulp is obtained; in the OCC pulping line, the cut roll paper and national waste are treated through an OCC pulper, a high-concentration sand remover, a discharging tower, a two-section coarse screen and a classifying screen in sequence to obtain long fibers and short fibers, and then the long fibers and the short fibers are subjected to aftertreatment to obtain long fiber pulp and short fiber pulp; and mixing the long fiber pulp, the short fiber pulp and the first mixed pulp, and performing papermaking to obtain the liner cardboard paper. According to the production process, national waste is mainly used, quantitative roll paper, wet paper pulp and bamboo fiber pulp are matched, and the production process is optimized, so that the cost is reduced, the production efficiency is improved, the quality of finished paper can be improved, and the problem that external waste import is limited is solved.

The invention discloses a method for dissociating a plant fiber secondary wall S2 layer. The method can realize the exposure of high cellulose content of the S2 layer and the increase of the specific surface area, and retains the original space structure, thereby being beneficial to the utilization of high additional value of plant fibers. The resistance of molecular structures and tissue structures of the plant fibers is destroyed, and the content of active hydroxyl groups on the surfaces of the plant fibers is increased under low energy consumption. A plant sample is used as a raw material, the plant sample is soaked in a H2O2 solution and a NaOH solution to degrade hemicellulose and lignin, so that a barrier of a molecular structure is destroyed; plant fiber cell walls are dissociated by using a mechanical disc mill, so the fiber S2 layer is dissociated, tand he accessibility of surface cellulose is increased; and the plant fiber secondary wall S3 layer is reserved in the mechanical treatment, so that the original space structure is maintained. The dissociation plant fiber S2 layer is utilized to solve the problems of low surface active site and large molecular barrier.

The invention discloses a book and cultural paper pulping method which comprises a pulping step and a pulp mixing step. The book and cultural paper pulping method specifically comprises the following steps: (1) pulping: (a) preparing waste paper deinking pulp, namely pulping waste paper, coarsely screening for removing impurities, carrying out flotation deinking for removing ink particles, and entering a heat dispersion system after passing through a heavy impurity deslagging system and a primary multi-stage fine screening system, so that the sizes of large ink, dust and adhesives are reduced and the concentration reaches 28-32%; enabling the heat-dispersed pulp to enter a bleaching tower for oxidation bleaching; entering a rear flotation deinking system after bleaching, and separating the ink particles in the pulp; carrying out reductive bleaching to remove colored substances in the pulp until the concentration reaches 10%; mixing the pulp in a pulp storage tower; (b) preparing wood pulp, namely pulping a wood pulp block through a hydrapulper until the concentration is 4%-5%, enabling the pulp to enter an unloading pulp pool until the concentration reaches 3.5%, processing the pulp through a high-concentration grit catcher, processing the pulp through a disc mill and then entering the slurry pool for mixing; and (2) mixing pulp, namely mixing the pulp from the waste paper deinking pulp and the wood pulp at a ratio of 70%-80% to 20%-30% (v/v), and fully mixing until the concentration reaches 3.5%.

The invention discloses a preparation method and application of a fiber material. The preparation method specifically comprises the steps of fiber preparation, fiber dehydration and fiber modification. Plant fiber raw materials are subjected to steaming, a double-screw extruder, chemical treatment, a disc mill, ethanol step-by-step dehydration and silanization treatment to prepare fibers. Due to disc mill treatment, the fibrillation effect of the wood fibers is improved, the mechanical interlocking capacity between the fibers and polymers is improved, pectin, resin and a small amount of cellulose, hemicellulose, lignin and the like are removed through chemical treatment, and meanwhile more hydroxyl groups are exposed; and the surface of the fibers is combined with a large amount of silanethrough silane modification, the polarity and hydrophilicity of the fibers are remarkably reduced, the prepared FWPC is high in fiber dispersity, and the mechanical property is remarkably improved.