59results about How to "Increase compaction" patented technology

The invention discloses a slope protection method, wherein a gabion filled with construction wastes servers as a slope protection wall body, and quick afforestation is conducted to the gabion. According to the method, the gabion made of metal wires is filled with the construction wastes and is used for the ecological protection of a slope or a riverbank to form the slope protection wall body, and cement, clay, river sands, organic matters, improved vegetation concrete afforestation additives and plant seeds are injected into the slope protection wall body to afforest the slope protection wall body. The local recycling utilization of the construction wastes is achieved, degree of mechanization of the slope wall body quick afforestation method is high, cost is low, the contradiction between soil conservation and growth of plants is better solved, and application prospect is wide.

The invention relates to a novel double-compacted steel wire rope and a production technology thereof, and aims to provide a steel wire rope which is stable in physical property and is compacted tightly as well as a production technology of the steel wire rope. All pickled and phosphatized steel wires are drawn for the first time, then annealed, dried and drawn again after dried, and various finished steel wire products are formed. Third center steel wires, inner-layer steel wires, filling steel wires and third outer-layer steel wires are twisted and then rolled, steel wire rope first outer-layer strands are produced and twisted on the outer side of a rope core in a wrapping manner, a steel wire rope is twisted, the twisted steel wire rope is forged, and the forged steel wire rope is warehoused. The section area of each steel wire rope first outer-layer strand after rolling is 8%-10% smaller than that before rolling, and the section area of the steel wire rope after forging is 10%-13% smaller than that before forging. The rope core adopts 7*7 independent steel cores.

The invention discloses a specially-prepared large-diameter sand filling model device for physical simulation experiments and a method thereof, wherein the device includes a model pipe body; the modelpipe body comprises a main pipe body; the main pipe body is a cut-through pipe body, the left end and the right end of the main pipe body are respectively blocked with a left pipe end seal cover anda right pipe end seal cover; the inner end face of the left pipe end seal cover is provided with a left screen pressing plate, and a coarse screen and a fine screen are respectively mounted between the inner end face of the left pipe end seal cover and the left screen pressing plate; a right screen pressing plate is mounted at an inner end face of the right pipe end seal cover, and a coarse screenand a fine screen are respectively mounted between the inner end face of the right pipe end seal cover and the right screen pressing plate; the main pipe body is provided with a simulation injection-production well hole or a pressure measuring hole. The device and the method not only can simulate the edge-bottom water characteristics of an actual oil reservoir, but also can simulate the artificial gas-cap drive characteristics of a mine field.

The invention relates to a pavement construction method with an inspection well. The pavement construction method comprises the following steps of 1, excavating a trench according to design requirements, performing pipeline installation and conducting backfill compaction; 2, constructing a well body of the inspection well; 3, conducting backfilling on the periphery of the well body, and conductinglayered compaction on backfill through an upright tamping machine; 4, laying a road base layer and a pavement base layer; 5, excavating the parts, located on the well periphery, of the road base layer and the pavement base layer, forming a containing groove in the well periphery, placing well ring rebars in the containing groove, conducting concrete pouring on the well ring rebars, and forming awell ring of a cast-in-place reinforced concrete structure; and 6, conducting pavement asphalt construction, and installing a well cover. The pavement construction method can effectively improve the degree of compaction of the filler around the inspection well and reduce the settlement condition of the surrounding area of the inspection well.

The invention belongs to the field of crops fertilizers and in particular relates to an ecological potassium fertilizer and a preparation method of the ecological potassium fertilizer. The ecological potassium fertilizer is mainly prepared from potassium sulfate, pine bark, humic acid, urea and natural minerals. The pine bark is treated firstly to remove substances harm to the crops, and then the treated pine bark is mixed with potassium sulfate, humic acid, urea and natural minerals to obtain the ecological potassium fertilizer. The ecological potassium fertilizer mainly adopts natural organic matters and is environment-friendly, the quick-acting fertilizer can be provided for promoting the rapid growth of the crops, and the loss of a great amount of potassic fertilizer in soil can be avoided; and besides, the soil is improved, the soil caking phenomenon is improved, the organic matters in the soil are increased, the microorganism activity is improved, the stress-resistant and disease-resistant capability of the crops is improved, the successive cropping obstacle can be relieved after the fertilizer is applied year by year, the quality of agricultural products is improved, the environment pollution is reduced, and the ecological potassium fertilizer is safe and non-toxic to human, livestock and environment and is environment-friendly.

The invention discloses a composite conical section forming die pressurized by using a soft die. The forming die comprises a rubber soft die arranged between a die main body and a rigid outer die, andthe rubber soft die is used for pressurizing a composite prepreg section which corresponds to a flange thickening area and is laid on the die main body in the forming process. The rigid outer die isarranged at the exterior of the rubber soft die for limitation, and the inner side of the rubber soft die is a pressure relief surface, so that the expansion pressure of the soft die is consistent with the internal pressure of an autoclave; furthermore, the rubber soft die is formed by splicing circumferential sections, and forming pressure loss caused by internal tension of rubber in the pressingprocess is eliminated; and moreover, the inner side edge of the rubber soft die is located in the center of a wall thickness gradient area, so that a process boundary and a design boundary are staggered, and edge fiber buckling of the thickening area is avoided. In conclusion, the solid rubber soft die is designed for pressurization, and the problem that a large-wall-thickness corner position ofthe composite conical section is hard to compact is solved.

The invention relates to a method for restoring steep slopes of a mining area by mechanical spraying of lime neutralizing sludge slag. The method comprises the following steps and conditions of addingtailing slag into the lime neutralizing sludge slag, mechanically stirring according to a mass ratio of 100:(70 to 300), and uniformly mixing, so as to obtain a mixed material a; adding an organic fertilizer, a composite fertilizer and grass seeds into the mixed material a, mechanically stirring according to a mass ratio of 100:(2 to 6):(0.1 to 0.3), and uniformly mixing, so as to obtain a mixedmaterial b; screening the mixed material b by a vibration screen, grading the coarse and fine materials, enabling the material under the screen to fall into a material bin of a spraying machine, and using as a dry powder mechanical spraying material; enabling a pipeline and pressure air flow to convey the spraying material to perform dry powder mechanical spraying on the area requiring ecologicalrestoration; covering a nonwoven fabric onto the sprayed area, and performing proper servicing management on the area according to the local climate environment. The method has the advantages that theneutralizing sludge slag can be applied to the dry powder mechanical spraying, the 'guest soil' material is protected, the loss of water and soil is prevented, the energy-saving and consumption-decreasing effects are realized, the method is suitable for the rooting, germinating and later fertilizer applying and caring of the plant grass seeds, the ecological environment benefit is good, and the like; the method is suitable for being applied into the field of ecological restoration of the mine areas.

The invention discloses electronic component manufacturing equipment which comprises an operation table, a supporting column is fixedly connected to the bottom of the operation table, a bottom mold is installed at the top of the operation table, a supporting frame is fixedly connected to the top of the operation table, an upper mold is installed at the bottom of the supporting frame through an oil cylinder, and an injection molding pipe is installed at the top of the upper mold. The injection molding pipe penetrates through the upper mold and extends to the interior of the upper mold; and a heating device, a sealing device and a material pressing device are arranged above the operation table; and the invention relates to the technical field of electronic product production. According to the electronic component manufacturing equipment, the purpose of reducing the defective rate is achieved, the problem that a chip is prone to being damaged due to the fact that the distance between heating equipment and the chip is short is solved, plastic package material overflow in the chip plastic package process can be reduced, the processing difficulty after chip plastic package is lowered, the requirement for the sealing performance of the equipment is lowered, and the cost of the equipment is lowered; the plastic packaging density of the chip can be increased, and the plastic packaging quality of the chip can be improved.

The invention provides a hydraulic control system of a garbage truck, the garbage truck and a hydraulic control method of the garbage truck. The hydraulic control system comprises a main oil supply passage, a push shovel oil cylinder, a sliding plate oil cylinder and a first pressure control valve, wherein the push shovel oil cylinder is used for driving a push shovel of the garbage truck to stretch out and draw back; the sliding plate oil cylinder is used for driving a sliding plate of the garbage truck to linearly move in the axis direction of a piston rod of the sliding plate oil cylinder, and the push shovel oil cylinder and the sliding plate oil cylinder are arranged on the main oil supply passage in parallel; an inlet of the first pressure control valve is communicated with a rodless cavity of the push shovel oil cylinder, an outlet of the first pressure control valve is communicated with an oil tank, and the control end of the first pressure control valve is communicated with a driving cavity of the sliding plate oil cylinder; and when the pressure value of the driving cavity of the sliding plate oil cylinder reaches a first preset value, the inlet of the first pressure control valve is communicated with an outlet of the first pressure control valve so as to adjust the pressure of the rodless cavity of the push shovel oil cylinder. According to the technical scheme, the hydraulic control system can adjust the back pressure of the push shovel so as to improve the compaction degree of garbage.

The invention discloses a rock and soil measuring and teaching device based on intelligent smoothened and pressurized aggregate. The rock and soil measuring and teaching device based on intelligent smoothened and pressurized aggregate comprises a model stand 1 and a supporting rod 2 arranged above the model stand 1; the supporting rod 2 is movably connected with three hydraulic supporting columns3; the lower end of the middle hydraulic supporting column is connected with a smoothening device 4; the lower ends of the two hydraulic supporting columns 3 on the two sides are connected with pressing plates 5. The rock and soil measuring and teaching device based on intelligent smoothened and pressurized aggregate is capable of realizing automatic and accurate large three dimensional similar simulation laying, increasing the compacting degree unprecedentedly, and increasing test precision.

The invention belongs to the technical field of biomass fuel particle forming devices, and particularly relates to an environment-friendly biomass fuel particle forming device. The device comprises abody; the upper surface of the machine body is fixedly connected with a feeding bin; a rotating rod is rotationally connected into the inner wall of each supporting plate through a motor; uniformly arranged rotating blades are fixedly connected into the inner wall of each rotating rod; a partition plate is fixedly connected to the position, below each supporting plate, in the inner wall of the body; and uniformly arranged extrusion roller groups are rotationally connected into the inner walls of the two sides of the partition plates through rotating shafts. The biomass fuel particle forming device is mainly used for solving the problems that an existing biomass fuel forming device carries out forming by pressing raw materials out of screen holes through large pressure, however, by means ofthe mode, the needed pressure is too large, the load on a pressing plate of the forming device is large when the forming device works for a long time, and therefore the forming device is prone to being damaged, and meanwhile, a sieve pore plate for shaping deforms under the action of large extrusion force for a long time, so that the shaping effect of the raw materials is influenced.

The invention relates to a microbial remediation agent based on a bacterial strain 1JN2. The microbial remediation agent comprises the following raw materials in parts by weight: 12-15 parts of biochar, 3-6 parts of a silkworm excrement organic fertilizer, 3-5 parts of a composite microbial agent, 0.5 to 1 part of amino acid, 0.5 to 1 part of a biological growth promoter and 0.5-1 part of a slow release oxidant, wherein the composite microbial agent comprises a stress-resistant strain 1JN2 and EM bacteria. The microbial remediation agent is prepared through the following steps: respectively preparing two microbial agents, mixing two microbial agents with the biochar for fermentation, and mixing an obtained material with the silkworm excrement organic fertilizer, the amino acid, the biological growth promoter and the slow release oxidant. The application method comprises the following steps: spreading the microbial remediation agent based on the bacterial strain 1JN2 onto the surface layer of to-be-treated soil, deeply ploughing the soil to a depth of 500 mm by using an excavator, respectively ploughing the soil twice in a longitudinal direction and a transverse direction, and covering the soil with a layer of thin sandy soil. With the microbial remediation agent based on the bacterial strain 1JN2, and the preparation method and the application method thereof in the above-mentioned technical scheme of the invention, the problem of heavy metal pollution of the soil can be fundamentally solved; and the preparation method is simple and convenient, has low cost and facilitates large-scale production and preparation.

The invention provides a planting method for lotus sprouts. A specific microorganism modified organic fertilizer is selected to improve the soil bacterial colony ecology of a lotus root base, the content of non-bacterial microorganism in soil of the lotus root base is reduced, the ratio of applied fertilizer elements is adjusted, and soil elements with low content are supplemented. By means of themethod, on the basis of not influencing the production of lotus roots, lotus sprout tissue with commercial value can grow on lotuses like seed lotuses.

The invention discloses a vertical-shaft-type drilling technology for a uranium mine in a steeply-dipping and dewatered clastic rock formation and application. A vertical-shaft-type drilling machine is adopted to be matched with a rope coring drilling technology, then a drilling assembly is adopted, and feasibility dynamic optimization of drilling engineering parameters is conducted. The vertical-shaft-type drilling technology comprises the steps that the drilling technology is adjusted according to an actual drilling formation in the area where drilling engineering is located; the drilling assembly is adjusted according to the hardness of rock; and the drilling parameters are adjusted according to the depth of the formation and the difference of diagenetic degrees, feasibility dynamic optimization of the drilling engineering parameters is conducted, and dynamic optimization of the rotation speed, the bit pressure and the pump volume is included. By adopting the drilling technology provided by the invention, practicability is achieved, drilling performance is stable, operation is highly controllable, the drilling risk is greatly reduced, and the construction efficiency is greatly improved.

The invention discloses a garbage collection container. The garbage collection container comprises a main body, wherein the main body comprises an opening for putting garbage into the main body and alocking device of a garbage bag, the main body does not have a bottom wall, the bottom of the main body is a garbage discharge opening, in use, the garbage bag is arranged outside the main body in a sleeving mode, the garbage bag is fixedly kept outside the main body through the locking device, then the garbage bag is filled with garbage, and when the garbage needs to be discharged, the main bodyis taken out of the garbage bag, and the garbage enters the garbage bag from the discharge opening. Through the use of the garbage collection device, the damage risk of the garbage bag can be reduced,the garbage leakage is avoided, and in addition, the garbage can be compacted safely and reliably through the garbage collection container.

The invention discloses a paving construction method for greening garden landscape pavement engineeringd, and relates to the technical field of landscape pavement construction. According to the paving construction method for the greening garden landscape pavement engineering, the processes of cement mortar paving, cement mortar compacting and leveling, cobblestone paving, cobblestone compacting and sweeping and dust removing are completed through the paving construction device for the greening garden landscape pavement engineering, and multiple functions are integrated in the paving construction device; semi-automatic paving construction of greening garden landscape pavement engineering is facilitated, the paving construction efficiency is improved, the flatness of cement mortar and the compaction depth of cobblestones are guaranteed, and the cobblestones are prevented from falling off; and the cleanliness of the road surface after construction is guaranteed through sweeping and dust removal. A cobblestone laying mechanism enables a feeding cavity, a storage tank and an adjusting cavity to move horizontally, the falling positions of cobblestones from falling holes are adjusted conveniently, the requirements of different cobblestone laying patterns are met, the falling holes with different hole diameters meet the requirements of cobblestones with different sizes, and the cobblestones are prevented from blocking the falling holes.