85results about How to "Large amount of feed" patented technology

The invention discloses an active carbon activation furnace and an active carbon production method and relates to the field of active carbon production equipment and active carbon production technologies. The safety of an active carbon production process can be improved to a certain extent; the activation furnace works stably for a long term; and the quality and the productive capacity of produced active carbon are greatly improved. The active carbon activation furnace comprises a furnace body, a material entry device and a discharge mechanism, wherein the furnace body is internally provided with a burning passage communicated with the interior of the furnace body; air is admitted to the burning passage; the interior of the furnace body is in a negative pressure state; and air pressure in the burning passage is lower than that in the furnace body. The active carbon production method comprises the following steps: A: arranging the burning passage and material passages, B: admitting steam into the material passages, C: leading liberated gas in the material passages into the burning passage, D: heating materials in the material passages, and E: admitting flue gas generated by burning into a steam generator for heat exchange. The active carbon activation furnace and the active carbon production method are mainly used for active carbon production.

The invention belongs to the field of manufacturing battery materials and particularly relates to a method of quickly synthesizing a ternary lithium battery cathode material precursor with double kettles. Materials are fed into a reaction kettle, and when the liquid level in the reaction kettle is raised to an overflow port, the slurry overflows into a thickener. The bottom of the thickener is connected to a circulating pump. An outlet of the circulating pump is led to interior of the reaction kettle so as to pump the slurry in the thickener back to the reaction kettle. In a filter portion in the thickener, filter bars are regularly arranged and are gathered and connected to a vacuum buffer tank; a part of the slurry is filtered through the filter bars so that granules in the slurry is blocked in the thickener; the condensed slurry is pumped back to the reaction kettle through the circulating pump and is continuously subjected to the reaction, while a mother liquid passing through the filter bars is discharged into the vacuum buffer tank. In the method, due to the structure of large kettle and small kettle, crystal seeds are produced in the small kettle and crystal is grown in the large kettle, so that synthesis time is reduced from more than 180 h to lower than 100 h. In addition, due to large feeding quantity to the reaction system, the method has no loss of solid granules and is high in yield; therefore, synthesis efficiency is increased by 275% and yield is increased to 99.0%.

In a cup seal, the hydraulic pressure in a first hydraulic chamber (6) causes a first seal portion (21e) of an outer lip portion (21c) to closely contact to a bottom wall (20a) of a recessed portion (20) and causes a second seal portion (21f) of a base portion (21a) to closely contact to a rear surface (20b) of the recessed portion (20). A double seal due to the first and second seal portions (21e) and (21f) reliably prevents the leakage of a brake fluid from the first hydraulic chamber (6). If the pressure becomes negative in the first hydraulic chamber (6), the tip portion of the outer lip portion (21c) deflects inward and the outer peripheral end of the base portion (21a) deflects forward. Therefore, the brake fluid in the reservoir flows into the first hydraulic chamber (6) through the gaps among the second and first seal portions (21f), (21e) and the wall surface of the recessed portion (20) to maintain fluid-feeding performance.

The invention discloses equipment for measuring and analyzing the total leaf area, green leaf area, yellow leaf area and the green leaf index of a crop in a high-precision and high-speed manner. The instrument comprises a leaf transmission device, an image acquisition device, a PLC (Programmable Logic Controller) and a computer system. According to the invention, a machine vision technology is adopted to dynamically acquire the leaf color information of the crop, and the leaves of the crop can be quickly measured at the same time; the defect that a current measuring method can not quickly and efficiently measure the total leaf area, green leaf area and yellow leaf area of the crop is overcome; the measuring process adopts a feeding type flow operation mode, and the operation is convenient; the software compatibility is good; and the foreign part can be automatically removed, and the green leaf part and the yellow leaf part can be recognized. Therefore, the leaf color information can be obtained as long as the leaf is sheared down and directly put into the instrument for measuring and analyzing, without pretreatment for the yellow and green parts of the leaf such as trimming.

The invention relates to feeding equipment for mines, metallurgy and ports and in particular relates to a feeder. The variable inclination angle energy-saving feeder easy to assemble and change comprises a guide chute and a delivery chassis, wherein the delivery chassis is arranged below the guide chute. The feeder also comprises an angular adjustment mechanism which is arranged on the guide chute and/or delivery chassis. The feeder has the following beneficial effects: materials can be ensured to flow automatically or stop; feeding quantity increase is realized; the power consumption and wear are reduced; more energy is saved; the service life of the feeder is prolonged; and the integral machine is separately assembled so that the machine is easy to maintain rapidly and components are easy to change rapidly, thus improving the operation efficiency of an integral production system.

The invention provides a double-conical-rotor continuous mixing unit. The mixing unit mainly comprises a mixing part and a discharging part and can adopt a single-band or dual-band mode; wherein the mixing part mainly comprises a charging device, a cylinder, conical rotors, heating and cooling devices and a transmission device; the two mixing rotors are conical and the center lines of the two rotors form a certain angle when the two rotors are installed; the outer diameter outline of each mixing rotor is gradually reduced and is conical; the mixing rotors are provided with charging segments and mixing segments; the rotors on the charging segments adopt screw conveying structure; seen from the angle vertical to the conical surfaces of the outer outlines of the rotors, the structures of the mixing segments have the typical rotor characteristics such as cam shape, S shape or four-wing shape; when the mixing unit adopts the single-band mode, the tail ends of the rotors adopt the screw structure and pressure is created to convey the materials to the head; and when the mixing unit adopts the dual-band mode, the mixed materials enter into next band of screw extruder via a valve and pressure is created to convey the materials to the head; the mixing unit in any one of the two modes adopts the head fit for the cavity for pelleting or forming; a melt pump can be connected in front of the head; and two rotors can rotate at the same speed or different speed and form a plurality of shearing, drawing and kneading zones during rotation, and exchange of materials among the rotors is more frequent, thus effectively improving the plasticating, melting and dispersing properties of equipment, shortening the processing time and improving the yield. The mixing unit can be used in such processes as mixing, pelleting and the like during processing rubbers, coatings, propellants, explosives, paper pulp, plastics, food, medicaments, feeds and the like.

The invention discloses a hedge trimmer head, and relates to the technical field of hedge trimmer tools. The hedge trimmer head comprises a casing, one end of the casing is provided with an opening, at least two rotating cutters are installed in the casing, the rotation directions of the two rotating cutters are opposite to each other in the feeding direction, the end face, opposite to the opening, of the casing is provided with a discharging port, and the discharging port is located between the two cutters. The hedge trimmer head solves the problems that in traditional technologies, since multiple cutters are in single contact with hedges for cutting, combined cutting cannot be formed, so that the throwing direction of branches is not fixed, and partial power is wasted; the branches are thrown on a highway pavement under the rotary cutting function of the cutters, and vehicles driven at high speed are influenced; broken branches obtained after trimming need to be manually broken off and cut off for the second time to facilitate bagging.

The invention discloses a high-pressure filtering device used for steel rolling sludge treatment. The high-pressure filtering device comprises a sealed pressurizing chamber and a filtering compartment, the sealed pressurizing chamber is an enclosed hollow tank, a gas inlet pipe and a feeding pipe are arranged on the outer wall of the sealed pressurizing chamber, the filtering compartment is arranged inside the sealed pressurizing chamber and comprises driving wheels, transmission rollers and a filtering strip, the driving wheels are arranged at two ends of the filtering compartment, the transmission rollers are arranged between the driving wheels, the filtering strip winds the peripheries of the driving wheels and the transmission rollers to form a filtering transmission mechanism, the filtering compartment and the sealed pressurizing chamber are divided into two independent enclosed spaces by the filtering strip, a filtrate outlet pipe is arranged on the side face of the filtering compartment, and the filtering compartment comprises a scraping plate which is a V-shaped plate and is used for scraping intercepting objects on the filtering strip.

The new acid preparing process with pyrite ore belongs to the technology field of roasting pyrite ore to prepare acid and sorting slag to obtain iron ore. The acid preparing process includes the steps of treating material and roasting at 750-800 deg.c, and features the reduction of the desulfurized and roasted slag with reductant at 550-570 deg.c. The process can convert the iron in the slag into ferric-ferrous oxide capable of being magnetically separated. The present invention results in raised resource utilization rate.

The invention discloses a tubular heat exchanger with an inert coating layer and application to titanium sponge production. The tubular heat exchanger can be used for quickly rejecting heat generated from a magnesiothermic reduction reaction and gathered in a liquid magnesium central area, so that the titanium tetrachloride feeding amount can be multiplied; meanwhile, the inert coating layer on the surface of the tubular heat exchanger always remains in a solidification state, thereby preventing formation, deposition and attachment of a titanium crystal on the metal surface of the tubular heat exchanger, and preventing bonding of a titanium lump and the metal surface of the tubular heat exchanger; and after the reduction is finished, the coating layer is melted and drops off, and a cavity is formed in the axis position of the titanium lump, so that the titanium sponge distillation period can be shortened by half or above. By adoption of the tubular heat exchanger provided by the invention, the titanium sponge production efficiency is multiplied, the power consumption cost is greatly reduced, and a prerequisite is provided for further enlargement of a furnace profile.

The invention discloses a large dry dense medium fluidized bed separation machine and a separation system. The separation machine mainly comprises a separation machine bed body, an air distribution device, a float discharge device, a sediment discharge device, a quick dense medium circulating device and the like. The separation system comprises a raw material feeding system, the large dry dense medium fluidized bed separation machine, a medium purifying and recycling system, an air supply system, a dust removal system, a control system and the like. The air supply system is mainly provided with a roots blower, a pressure stabilization air storage tank and the like. The raw material feeding system comprises a raw material bin and a feeder. The medium purifying and recycling system mainly comprises a sculping screen, a medium scraper conveyer, a medium bucket elevator, a circulating medium bin, a magnetic separator, a magnetic material bin and the like. The dust removal system mainly comprises an induced draft fan, a dust remover, an air compressor and the like. The separation machine is large in handling amount, high in separation precision, small in medium circulating amount, reliable in running and easy to maintain. The separation system is reasonable in layout, compact in structure, large in handling capacity, good in separation effect and low in capital construction and running cost.

The invention discloses a biomass gasification automatic control boiler. A furnace is arranged above an ash removal grate. A secondary combustion chamber is arranged above the back of the ash removal grate. The middle is equipped with a fireproof plate with a sandwich structure. A flue gas channel is arranged between the lower end of the fireproof plate and the ash removal grate. Sandwich water jackets, which are mutually communicated, are arranged on the periphery and the top of the furnace, the fireproof plate and the secondary combustion chamber. A primary air is supplied into the furnace from a plurality of directions of the furnace. A secondary air is supplied into the secondary combustion chamber through a secondary air channel and a ventilating hole on a spoiler. An upper settling chamber is arranged above the furnace, which is communicated with the secondary combustion chamber through a fire tube. In addition, a settling and flue conversion chamber and a lower settling chamber, which are communicated through a fire tube is arranged above the furnace. The ash removal grate is a lifting grate, which can rotate around an anterior location pin and is used to adjust the height of the opening arranged between the lower end of the fireproof plate and the ash removal grate. A microcomputer control device can automatically control the operation of the boiler according to the set requirements. Using biomass fuels and coals, the invention has the advantages of high efficiency and low emission, which accords with the requirements of environmental protection and energy saving.

The invention discloses a smelting method of an electrode bar base material for non-protective-atmosphere electroslag remelting of H13 steel, and belongs to the field of ferrous metallurgy. The smelting method of the electrode bar base metal for non-protective-atmosphere electroslag remelting of the H13 steel comprises the steps of electric furnace steelmaking, LF furnace refining, VD vacuum degassing, pouring and the like. According to the smelting method, by increasing the content of [Al] in the steel, adjusting the composition of the LF slag, and adjusting a VD argon soft blowing system to be proper, the content of inclusions in the molten steel can be effectively reduced, and the cleanliness of the electrode bar base material is improved. By the adoption of the electrode bar base material prepared through the method, secondary oxidation of molten steel in the electroslag remelting process can be avoided, so that the content of oxidation-system inclusions in the H13 steel manufactured through non-protective-atmosphere electroslag remelting is reduced, and the quality of steel obtained after non-protective-atmosphere electroslag remelting is improved. The problems that an existing electrode bar base material used for non-protective-atmosphere electroslag remelting of the H13 steel is low in cleanliness and prone to secondary oxidation in the non-protective-atmosphere electroslag remelting process can be effectively solved.

The invention discloses a three-ridge six-row peanut seedling and fruit integrated combined harvesting machine which is composed of a walking system, a fruit pulling system and a fruit picking system,wherein the walking system comprises a machine frame, driving wheels are arranged on the two sides of the front end of the machine frame, and walking wheels are arranged on the two sides of the rearend of the machine frame; the fruit pulling system is arranged at the front end of the machine frame and comprises a support, three groups of six seedling righting rods are arranged at the front end of the support and are used for righting the peanut seedlings, three groups of clamping chain wheels are arranged under the seedling righting rods side by side, three groups of six shovel blades are arranged under the clamping chain wheels, and a seedling clipper is arranged at the rear end of the support; the fruit picking system is composed of a seedling lifting device, a root lifting device, a grass collecting box and a fruit picker, and the seedling lifting device, the root lifting device, the grass collecting box and the fruit picker are all arranged on the machine frame. The three-ridge six-row peanut seedling and fruit integrated combined harvesting machine has the beneficial effects that once three-ridge six-row peanut seedling and fruit combined harvesting is utilized to achieve afull process of peanut digging, seedling and root shearing and separation and fruit picking; a feeding quantity is large, fruit picking performance is good, a peanut breaking rate is low, peanut seedlings and nuts are integrally harvested, and a work efficiency is high; the harvesting machine is especially suitable for large parcel or farm operation.

The invention relates to a full-feeding combined harvesting threshing device which comprises a body. A front transverse tangential-flow drum, a transitional guide plate and a rear longitudinal axial-flow drum are sequentially mounted on the body, a front grid concave sieve is arranged below the front transverse tangential-flow drum, a rear grid concave sieve is arranged below the rear longitudinal axial-flow drum, a swing type vibrating sieve is mounted below the front grid concave sieve and the rear grid concave sieve, a fan, a primary auger and a secondary auger are mounted below the swing type vibrating sieve, and a stem cutting device is mounted at the rear of the swing type vibrating sieve. The full-feeding combined harvesting threshing device is characterized in that the transverse center line of the front transverse tangential-flow drum and the axial center line of the rear longitudinal axial-flow drum are positioned on the straight line; a plurality of punched holes are uniformly formed in the transitional guide plate. The rear longitudinal axial-flow drum comprises threshing toothed bars and a feeding head, the feeding head is mounted at the ends of the threshing toothed bars, and three spiral blades are arranged on the circumferential surface of the feeding head. The full-feeding combined harvesting threshing device has the advantages that the conveying and threshing abilities can be improved, the feeding quantity can be increased, and the loss ratio can be reduced.

The invention provides a conical tri-rotor continuous mixing unit with rotors in linear arrangement, mainly comprising a mixing part and an exhausting part and a single-order or dual-order mode is adopted in the unit. The mixing part mainly comprises a charging device, a cylinder, conical rotors, a heating and cooling device and a driving device; the central lines of the three conical rotors for mixing are in the same plane and form fixed cone angles in linear arrangement in installation; the outer diameter outlines of the three rotors are tapered and each motor is provided with a charging segment and a mixing segment; the charging segment is of a spiral conveyance structure; and for a conical surface vertical to the outer outlines of the rotors, the mixing segment is of a cam shape, S shape or quadrangular rotor shape and the like. When the single-order mode is adopted, a spiral structure is adopted at the tail ends of the rotors so as to form a pressure to transmit materials to a machine head; and when the dual-order mode is adopted, mixing materials enter into the next-order screw extruder by a valve to form a pressure to transmit the materials to the machine head. For the two modes, the machine head suitable for a cavity is utilized to carry out pelleting or molding, and for the purpose of intensifying the pressure, a melt pump can be connected with the machine head. The three rotors can rotate at the same speed or different speeds, and when the three motors rotate, multiple shearing areas, stretching areas and kneading areas are formed, thus the materials among the rotors are exchanged frequently, thereby improving the plasticating performance, the melting performance and the dispersion performance effectively, shortening the processing time and improving the yield. The mixing unit is used for mixing, pelleting and other processes in processing rubbers, coatings, propellants, explosives, paper pulps, plastics, foods, pharmacy, feeds and the like.

The invention discloses a high pressure double-layer filtering device for steel rolling sludge treatment. By disposing a plurality of demountable meshes in flexible connection with baffle plates between driving rollers on the upper surface of a filtering mechanism, and equipping the meshes with a small aperture, on the one hand, a strong supporting effect can be achieved on a filtering belt, the feeding amount per unit time is increased by over 10%, and on the other hand, an effective two-stage filtration effect can be realized on to-be-treated sludge so as to enhance the filtration effect, and clogging of a filtrate collecting device can be effectively avoided. At the same time, by adding a magnetic material capable of performing adsorption at flexible joints of the meshes and the baffle plates, the connection fastness of the meshes and the baffle plates is enhanced, and separation of the meshes from the baffle plates can be effectively avoided when the feeding amount on the filtering belt is great. In addition, by setting the filtrate collecting device as an inverted conical structure, adsorption of filtrate in the filtrate collecting device can be effectively reduced.