30 results about "Crusher" patented technology

The invention relates to an air separation device and a method for domestic garbage. The device comprises a preprocessing unit and an air separation unit, wherein the preprocessing unit contains a feed belt, a magnetic separator and a crusher, and the air separation unit comprises a charging belt, a dedusting filter cartridge, a circulating fan 1, an air separation chamber, an air return pipeline, a roller 1, a roller 2, a circulating fan 2, a heavy substance storage bin, an intermediate-weight substance storage bin, a light substance storage bin and the like. In the invention, the separation of the domestic garbage is realized by the following method: the domestic garbage enters the magnetic separator and the crusher by the feed belt for preprocessing, then enters the air separation unit and enters the air separation chamber by the charging belt, the air speed and the air quantity in the air separation chamber are controlled, heavy substances, intermediate-weight substances and light substances in the domestic garbage respectively fall into the respective storage bins, and the return air is connected to the dedusting filter cartridge by a pipeline and is returned to the circulating fans after the return air is dedusted.

The invention provides a multifunctional organic/inorganic compound fertilizer and a preparation method thereof. The compound fertilizer is composed of the following raw materials by weight percent: 25-30% of urea, 5-10% of monoammonium phosphate, 10-18% of potassium sulphate, 27-32% of humic acid, 1.5-3% of zinc sulfate, 0.1-0.3% of microorganism bacterial liquid, 12-20% of diatomite and 1.9-2.7% of sophorolipid, wherein humic acid is obtained from decomposed coal through activation treatment. During preparation, urea, monoammonium phosphate, potassium sulphate, humic acid, zinc sulfate, microorganism bacterial liquid, diatomite and sophorolipid are added to a mixing crusher for crushing, so that a powdery mixture is obtained; the powdery mixture is added to a drum coating-pelleting-drying-cooling integrated machine to be pelleted, dried and cooled so that a granular mixture is obtained; the microorganism bacterial liquid and the diatomite are mixed and then sprayed to the mixture so that a crude product of the multifunctional organic/inorganic compound fertilizer is obtained; and finally, the crude product is added to a vibrating sieve for screening and then the obtained oversize is the multifunctional organic/inorganic compound fertilizer.

The invention relates to a method for recovering of fluorescent material from faulty glass bodies (1) of discharge lamps by crushing (11) the lamps, separating and recovering the fluorescent components thereof. The method comprises the steps of breaking the faulty glass bodies (1) in a crusher, removing all metallic component parts if present in the glass bodies (1) by means of electromagnetic separation (13), separating a remaining fraction forming a reusable waste from the broken scrap including glass particles and fluorescent material particles by sieving (15), separating the fluorescent material from the surface of the glass particles in a liquid by washing (19), and obtaining a reusable fluorescent material from the liquid suspension by means of at least one sedimentary deposition (21). The method comprises the step of treating of the remaining fraction by heat for removing the binding material from the fluorescent material if it is necessary.

The invention discloses a pipeline transportation means for alumyte. First, placing a raw material crusher on the alumyte mine, alumyte, lime and water are feed in the raw material crusher proportional. The water cut of the aqueous size after grinding is 45-55%; Secondary, sending the aqueous size to the aluminum ore size box in the alumina manufacturer using the pump amd the pipe; and then press with a pressing filter. The water-content coefficient of the filter cake after press is lower than 20%, And then send the filter cake to the aluminum ore bunker stored and dry the water-content coefficient of the filter cake to lower than 10%. The invention can reduce program investments substantial, cost down transport cost and improve the work environment of the alumina manufacturer.

The invention discloses a construction stone crusher. The construction stone crusher comprises a box body, a box door and bases. The box door is clamped and connected with the front side of the box body. The bases are welded with the left side and the right side of the bottom end of the box body correspondingly. One end of a conveying pipe is fixedly connected with the left side of an inner cavityof the box body. A crushing roller is fixedly connected with the other end of the conveying pipe. The right side of the crushing roller is connected with the box body. A first motor is connected withthe top end of the left side of the box body through a screw. According to the construction stone crusher, a connecting rod and a crushing hammer are driven by a second motor to rotate, cleaned stones collide with the crushing hammer, thus, the purpose of stone crushing is achieved, the phenomenon that the surfaces of processed stones are wrapped with mud and are not bonded firmly with concrete in the subsequent application process is avoided, the stones can be prevented from flying from the inside of the roller to the outside of the roller, and the overall practicability is high.

The invention discloses a hammer crusher for ore mining, which comprises a box body, a long hole is opened at the bottom of the box body, a support plate is fixedly connected to the bottom of the right side of the box body, a motor is fixedly connected to the top of the support plate, and a The output end is fixedly connected with a rotating rod. The left side of the rotating rod runs through the box body and extends to the inner cavity of the box body. The left side of the rotating rod is movably connected with the left side of the inner cavity of the box. There is a stirring fan. The present invention can stably discharge the crushed ore through the combined use of the box body, the support plate, the motor, the rotating rod and the stirring fan. Used in conjunction with a hammer, the ore can be crushed, so it has the advantages of stable ore discharge, and the ore can be stacked in a concentrated manner during the mining process, which is convenient for users and improves the practicability of the crusher.

The invention provides a removal method of outdoor hanging steps. The removal method comprises the steps of arranging a protective fence, and removing a step decorative surface of the top surface of a to-be-removed step; cutting off a cable and water, electricity and gas pipelines; reinforcing both ends of the to-be-removed step by adopting a steel pipe scaffold, and jacking the bottom of the to-be-removed step by adopting a jacking and a square timber on the top of the steel pipe scaffold; fixing a plurality of steel wire ropes for hoisting to the to-be-removed step, and connecting one end of each steel wire rope with hoisting equipment; cutting the both ends of the to-be-removed step by adopting cutting equipment, wherein a component on the upper part of the steel pipe scaffold is not broken; hoisting the to-be-removed step through hoisting equipment, and then placing the to-be-removed step on the ground; removing the to-be-removed step on the steel pipe scaffold in a crushing mode through a crusher; removing the steel pipe scaffold, and cleaning engineering garbage; and arranging a spraying machine and a watering cart so as to control flying dust of the construction phenomenon during removal. The removal method has the advantages of no damage to a main building, simplicity in operation, convenience in construction, high working efficiency and high safety.

The invention discloses a raw material pretreatment device for hydrogen purification, and relates to the technical field of hydrogen purification. The raw material pretreatment device comprises an operation frame, a grinding lug is fixed on a telescopic grinding block, an adjusting mechanism for driving the telescopic grinding block to slide relative to a rotary plate is rotatably mounted in the rotary plate, and the operation frame is provided with a vibration excitation mechanism used for driving an annular block to vibrate vertically. According to the raw material pretreatment device for hydrogen purification, primary rotary crushing treatment can be conducted on anthracite in a crushing tank through a crushing mechanism, and therefore the anthracite can be rotationally cut up by crushing blades, meanwhile, the crushing blades achieve linear reciprocating motion in the rotating process, the crushing range is flexibly and automatically adjusted, and the anthracite crushing effect is greatly improved; and the rotating radius of the telescopic grinding block can be adjusted through the adjusting mechanism, the distance between the grinding lug and the wedge face of the annular block is adjusted according to the anthracite crushing requirement, and the sufficient anthracite grinding and crushing effect is guaranteed.

The invention discloses a method for preparing coarse granularity chromium carbide powder capable of simplifying the process, saving the energy consumption, improving the rate of qualified products ina milling process and well meeting requirements of preparation of wear-resistant, corrosion-resistant, high-temperature oxidation resistant novel materials in industries such as hard-face materials,flux-cored wires, high temperature alloys and the like. The method comprises the following steps: burdening chromium sesquioxide powder and carbon, and adding an adhesive to be uniformly mixed; molding with a press after uniform mixing; placing the molded material block in a high-temperature vacuum induction heating furnace graphite crucible, vacuumizing, performing power-on heating and raising the temperature, and maintaining the vacuum degree to be within 200-400Pa; carrying out a vacuum carbonation reaction between the chromium sesquioxide powder and carbon to produce chromium carbide, andcontrolling the carbonation reaction temperature to be 1350-1550 DEG C, wherein the carbonation reaction time is 8-15 hours; enabling the vacuum degree to be less than 100Pa, filling the furnace withargon after the carbonation reaction is completed, controlling the pressure in the furnace to be 40-80kPa, and increasing the heating power to melt the chromium carbide sintered body so as to obtain achromium carbide ingot; crushing the chromium carbide ingot into particles with the granularity of less than 10mm by using a mechanical method, milling by an impact crusher, and passing through a 60-mesh sieve, thereby obtaining the coarse granularity chromium carbide powder.

The invention discloses a quick-dismounted crushing device for high-purity fused quartz production. The device comprises a device main body; a top cover is arranged on the upper end surface of the device main body; a base is arranged on the lower end surface of the device main body; damping mechanisms and universal wheels are arranged at four angles of the lower end surface of the base; the universal wheels are positioned on one sides of the damping mechanisms; the damping mechanisms comprise outer slide cylinders and inner slide columns; the upper ends of the inner slide columns are embeddedin the outer slide cylinders; through design of the universal wheels, the crushing device can move to achieve carrying and transfer; through design of the damping mechanisms, the damping of the crushing device is realized without influencing movement; through rotation of a screw rod, the crushing device can be shifted or fixed and damped, so that the operation is simple, the use is convenient, andboth manpower and material resources needed by installation and carrying are saved; through design of a charging groove and a lifting rod, the charging is convenient; and through arrangement of a fixed block and an U-shaped block, the quick installation or disassembly of the charging groove is realized by using clamping between the fixed block and the U-shaped block.

An expandable baton structure with a hidden smasher at the rear end of a handle includes an outer tube and at least one inner tube in addition to the hidden smasher. The inner tube can be stored in the outer tube to form a short-stick configuration. The front end of the inner tube can also extend completely out of the outer tube to form a long-stick configuration. The hidden smasher is mounted at the rear end of the handle formed by the outer tube. While the hidden smasher is not in use, its smashing cone is stored in a protective cover. To use the hidden smasher, the protective cover is pressed against the surface of a to-be-smashed object and pushed for a predetermined distance in order for the smashing cone to extend out of a through hole in the protective cover and thereby smash the to-be-smashed object.

The present invention provides a crusher which can be manufactured at reduced cost and can be cleaned easily. Interlock plates (23, 23) which are support members are arranged at positions below a rotating shaft (60) and between each of fixed side walls (2) and two rocking side walls (3, 3). Two holes are formed in each of the interlock plates (23) so as to be spaced from each other an appropriate distance, a pin (21) functioning as a first fulcrum shaft is inserted and mounted in one of the holes, and a through-shaft (22) functioning as a second fulcrum shaft is mounted in the other hole. The pin (21) is provided to a side surface of each rocking side wall (3), the side surface facing the associated one of the two fixed side walls (2) each provided on one side of the rocking side wall (3). That is, the four pins (21) are individually provided so as to correspond to the four interlock plates (23).

The invention provides a bag breaking machine for crushing decoration garbage, which comprises two groups of shaft barrels that are horizontally arranged and oppositely rotate, each group of shaft barrels is independently provided with meshing tooth-shaped structures which are arranged at intervals, the two groups of meshing tooth-shaped structures are the same in arrangement and are arranged in astaggered manner, and rotating shafts of the two groups of shaft barrels are in transmission connection with a variable-frequency speed reducing device to conduct the speed adjustment of the shaft barrels. Compared with the prior art, the bag breaking machine has the advantages that the meshing tooth form of each shaft barrel is improved from a conventional straight form to a sharp-angled knife form, so that on one hand, long-strip-shaped decoration garbage is easy to cut and tear; on the other hand, large decoration garbage can be easily taken out, and winding is avoided; the shaft barrels with the phase speed difference are arranged and do not rotate synchronously, so that the cracking efficiency of the decoration garbage is improved; through the arrangement of a dirt removing unit, anabrasion-resistant plate can be well used for scraping off adhesion objects on the meshing tooth-shaped structures at the bottom of the shaft barrels, and blockage is prevented; and the meshing process of the two shaft barrels is adjustable, so that the application range of the crusher is expanded, and the industrial value is extremely high.

The invention discloses an automated drug component content detector for medicine production. The detector comprises a data processing device, a drug adding tube and a weighing device, wherein the data processing device is mounted on a shell of a motor, a transmission worm is arranged below the motor, a reactant injection tube is arranged below the transmission worm, a crusher is mounted below the drug adding tube, a balance weight is arranged below the crusher, the weighing device is arranged between a water storage tank and an electric heater, a reaction chamber is arranged above the electric heater, and a water seepage film is mounted on a shell of the reaction chamber. The automated drug component content detector has the beneficial effects that drugs can be crushed and then be subjected to component content detection, and the condition that components to be detected in the drugs are in full reaction can be ensured, so that the accurate degree of detection is increased; the detector has a baking function, so that the influence on a detection result caused by excess moisture can be avoided; the degree of automation is high, and the operation is simple and convenient.

The invention provides a method for mounting and adjusting a hammer crusher. The method for mounting and adjusting the hammer crusher comprises the steps that (1) a foundation is constructed; (2) backing boards are mounted through a bed mortar mode, wherein a layer of cement slurry is brushed on the foundation, a formwork is then arranged at the positions where sizing blocks are mounted, mixed mortar is poured into the formwork and rammed tightly by a hammer, flat backing boards are arranged, the elevation of the sizing blocks is measured through a level gauge, the sizing blocks are leveled, and then demoulding, buttress and maintenance are carried out; (3) the foundation is maintained; (4) equipment is mounted; (5) the equipment is adjusted, wherein foundation bolts are fastened, the equipment is primarily adjusted to be level by adjusting the sizing blocks in a free state, the degrees of tightness of all sets of the sizing blocks are maintained to be in consistency, the bolts are then fastened in sequence, the bolts are fastened with proper strength in a first round and then are tightened by adding a lever, locking nuts are then fastened, and lastly all the backing boards are secured firmly through spot welding. Through the steps, influences brought by uneven foundations are compensated, the precision of mounting of the hammer crusher is ensured, the running vibration of the hammer crusher is reduced effectively, and the service life of the equipment is prolonged.

The invention discloses a safety logic control device for crushing and conveying of limestone. The device is characterized by comprising a computer control system, a plate-type feeder, a crusher, a first belt conveyor and a second belt conveyor, wherein the plate-type feeder is connected with an inlet of the crusher; an outlet of the crusher is communicated with a pre-homogenization storage yard of the limestone through the first belt conveyor and the second belt conveyor; and the computer control system can monitor, control and operate all pieces of equipment during the workshop section. By adoption of the device, the safety of staff and the safety of the equipment are guaranteed, the labor intensities of an operator and a maintainer are reduced, equipment failure is reduced, the yearly running rate of the equipment is improved, the power consumption of working procedures is reduced, and yield and enterprise benefit are improved.

The invention discloses a movable jaw plate of a jaw crusher. The movable jaw plate is installed on a movable jaw assembly. Positioning blocks are arranged at the two ends of the movable jaw plate respectively, and are clamped into clamping grooves in the two sides of the movable jaw assembly in a connected manner respectively. A plurality of hanging holes are formed in the back of the movable jaw plate and connected with hanging hooks on the movable jaw assembly in a matched manner. In the running process of the movable jaw assembly, the positioning blocks are clamped to the two sides of the movable jaw assembly to prevent the movable jaw plate from moving on the movable jaw assembly left and right, and abrasion, caused by off tracking of the movable jaw plate, of the movable jaw plate and a machine base is effectively reduced. Meanwhile, the hanging manner is changed from a lower supporting manner to an embedding manner, falling, caused by the fact that the bottom of the movable jaw plate is excessively abraded, of the movable jaw plate from the movable jaw assembly is effectively reduced, and device accidents are avoided. The original frequency of stopping maintenance is decreased through the improved movable jaw plate; and compared with an original movable jaw plate, the breakdown repair rate of a device is reduced by 80%.

The invention relates to a lees multi-meat oil aroma sauce. The preparation method comprises process steps such as equipment arrangement, raw material preparation and heating-quality retention, and mainly comprises: preparing lees according to a ratio of 6-4, weighing chicken, pork, beef and mutton according to a ratio of 3-2:2-1:1:1, mincing with a mincer, uniformly stirring with a stirrer, weighing pickled vegetables, tomato, soybeans, piper nigrum l, hot pepper and garlic clove according to a ratio of 5-4:5-4:5-4:0.3-0.1:0.2-0.1:0.1, weighing sesame, illicium verum hook.f and cinnamomum tamala according to a ratio of 0.3-0.1:0.5-0.3:0.1, respectively crushing and thinning with a crusher, weighing the lees, the meat, the ingredients, a spice and edible salt according to a ratio of 6-4:3-2:8-6:0.3-0.1:0.2-0.1, uniformly stirring, filling into a special bottle, carrying out heating sterilization for 1-2.5 h, and carrying out sealed storage and quality improvement for 5 days so as to obtain the lees multi-meat oil aroma sauce with characteristics of excellent color, excellent aroma and excellent taste.

The invention discloses a metal detecting and sorting-out system, and belongs to the technical field of metal detecting and sorting-out systems. According to the system, mineral substances are conveyed through a conveying assembly and detected through an inductive probe at the same time, when metal exists, the conveying assembly conveys the mineral substances containing the metal to an iron removing turning plate, a driving assembly is started to reversely rotate the iron removal turning plate into a cavity formed by an iron removal valve return screen and the iron removal turning plate, smallmineral substances are screened through the return screen, metal-containing mineral substances are taken out through an iron removal valve, the detection and screening functions are achieved, the function of automatic screening cannot be achieved through detection is overcome, the working efficiency is improved, and a crusher rotating shaft is prevented from being damaged.

The invention discloses a method for protecting a roadway under top-cutting gob-side entry retaining of a coal seam containing dirt band. The method comprises the following steps: finishing roadway arrangement of a working face; mining equipment such as a working hydraulic support and a scraper conveyor is installed in the working face open-off cut; in the mining roadway of the working face, pre-splitting blasting holes and loosening blasting holes are constructed in the top plate along the mining side, explosive is filled, pre-splitting and loosening blasting are conducted on the roadway top plate, and it is guaranteed that blasting construction is not affected by advanced mining-induced pressure; a transshipment crusher and a bottom-dump conveyor are installed behind a working face, a goaf beside a roadway is filled with broken dirt bands mined from the working face, then concrete is used for injection, a pouring gangue wall beside the roadway is formed, and reserving and maintaining of the roadway are completed. An artificial wall body is built in the goaf to support an overlying rock layer, gangue generated by presplitting and loosening blasting is arranged above the artificial wall body, unification of yielding and bearing is achieved, stability of a roadway during the mining influence period is powerfully guaranteed, meanwhile, the goaf is isolated, and threats of gas, spontaneous combustion and the like are avoided.