42results about How to "Fully mechanized" patented technology

The invention relates to the technical field of crop planting, in particular to a dry-land potato mechanized full-film furrow-ridge cultivating method. The dry-land potato mechanized full-film furrow-ridge cultivating method is mainly characterized by comprising the following steps of (1) preparation before planting; (2) film covering and planting: once finishing planting, fertilization, ridge forming, packing shaping, full-film covering, and soil-lifting soil-placing combined operation, and covering 3 to 5cm of soil on the top of a film above seed potatoes; (3) plant protection: spraying chemicals in 15 to 20 days after planting; using a wheel type tractor, enabling wheels to walk on small ridges, and arranging spray heads according to corresponding row distances; (4) potato harvest. The dry-land potato mechanized full-film furrow-ridge cultivating method has the advantages that mechanized soil lifting, soil separation and film-top soil placement can be realized by the technology, i.e. 3 to 5cm of soil covers the top of the film above the seed potatoes, so that the problem that seedlings cannot break through the film or come up out of soil and are burnt is solved; overall-process mechanization is realized, so that the labor force is saved; the pollution of the broken film for the soil is avoided; a mechanized full-film furrow-ridge cultivating technology is a new agricultural technology and has the advantages of rainwater harvesting, soil moisture preservation, temperature increase, yield increase and the like and has quite remarkable drought-resisting and yield-increasing effects.

The invention discloses a solid copper material processing method and an apparatus thereof. In the step of feeding and melting, a feeder is utilized to feed solid copper material into a shaft furnace which is at least 16 meters high, and the solid copper material is molten into molten copper; and the molten copper automatically flows into a refining furnace via a connecting chute between the shaft furnace and the refining furnace, and is refined. Refining includes the steps of oxidation and reduction. The method utilizes the height of the shaft furnace to constantly heat the solid copper material in the process of emitting high-temperature flue gas, the temperature of the finally emitted flue gas is only 250DEG C, consequently, the residual heat of the flue gas is sufficiently utilized, the heat efficiency is increased, energy consumption is reduced, and the melting speed is increased. The invention also discloses a solid copper material processing apparatus, which adopts the combination of the shaft furnace and the refining furnace and sufficiently utilizes the characteristics of the shaft furnace and the refining furnace, i.e. high melting speed, high mechanization and automation degree, safe operation, flexible furnace body size, good environment protection effect and low fabrication cost, and the apparatus is particularly applicable to the processing of solid copper material in large and medium waste copper recovery smelteries.

The invention relates to a welding line sanding system for containers, which comprises a sand conveying workshop section, a sand separating workshop section, and a sanding workshop section which are all connected in sequence; wherein, the sanding workshop section comprises a door-shaped frame arranged on a container conveyor line for allowing the containers to pass through, and a plurality of electric shot-blasting devices arranged on the two sides and upper part of the door-shaped frame; the electric shot-blasting devices are arranged according to the container welding lines to be cleared, and the sand slinging openings of the electric shot-blasting devices are facing towards the container welding line to be cleared. The sand separating workshop section comprises a distribution bin, a distribution device for connecting the distribution bin and the electric shot-blasting devices; the distribution bin and the distribution device distribute the stored sands by use of potential energy, and the sand conveyor workshop section conveys the sand into the distribution bin. The welding line sanding system in the invention has the advantages of enhancing the energy utilization rate, realizing the fully mechanized sanding, getting rid of manual operations, improving the working environment for workers, stabilizing and further bettering the sanding quality compared with the pneumatic sand blasting system, and reducing the investment and operation costs compared with the pneumatic sand blasting system.

The invention provides intelligentized building painting equipment. The intelligentized building painting equipment comprises a rotatable painting device, a polishing device, a lifting device, a material conveying device and a base frame device. According to the intelligentized environment-friendly building painting equipment, manpower and material resources are saved, and the accident rate is reduced.

The invention relates to an automatic hoisting and placing trolley for special traffic road cones for isolating a warning road construction section. The automatic hoisting and placing trolley comprises a movable base, a hoisting device, a conveying device and a grabbing device; the hoisting device is installed on the right side of a supporting frame, the conveying device is installed in the middle of the supporting frame, and the grabbing device is installed on the left side of the supporting frame. The automatic hoisting and placing trolley can solve the problems that the road cones are gathered manually in the prior art, accordingly the work efficiency is low, the labor intensity is large, dangers are likely to happen during manual gathering of the road cones, and manual grabbing, stacking and placing of the road cones are complex; the functions of fully mechanically hoisting, stacking, conveying and placing the road cones in different models are achieved, and the automatic hoisting and placing trolley has the advantages that the work efficiency is high, the labor intensity is low, dangers are not caused during mechanical road cone gathering, and the road cones are grabbed, stacked and placed in a fully mechanical mode.

The present invention discloses a cultivation method of high-yield, high-quality and early-maturing cotton. The cultivation method of the high-yield, high-quality and early-maturing cotton comprises the following steps: (1) selection of limited fruit branch-type direct-sowing cotton varieties in Yangtze river basin; (2) a mechanized sowing technology; (3) a one-time balanced fertilization technology; (4) an unmanned aerial vehicle prevention and control technology; and (5) a whole-process chemical regulation and control technology. In the step (2), after previous crops are harvested, stubble cleaning and land leveling are carried out, before sowing, cotton seeds are delinted and coated, and the sowing amount is controlled; a seed germination rate is 90% or more, one sowing is conducted 1-2grains every time, row spacing is 55-65 cm, plant spacing is 15-20 cm, the total sowing amount is 13-17 thousand grains/mu, density is 7,300-7,700 plant/mu and an effect of not needing thinning afterone sowing of full seedling is reached. The used method promotes growth of cotton plants, reduces manual and labor intensity and improves cotton yield.

The invention discloses a corn cultivation method. The corn cultivation method specifically comprises the following steps: (1) variety selection: a step of selecting a proper corn variety with good quality, disease resistance, pest resistance and stress resistance in a growth period; (2) land preparation: a step of cleaning a planting area, removing weeds, stones and sundries, adjusting the pH value of soil, plowing the soil, and digging drainage ditches; (3) ditching and soil covering: a step of arranging wide rows and narrow rows at intervals, applying decomposed farmyard manure according tothe area of a land parcel, uniformly spreading the farmyard manure into furrows, covering the furrows with loam, and compacting the loam; (4) precision sowing: a step of sowing corn seeds in a double-row wide-narrow-hole double-grain mode at the inner sides of two ridges, and compacting the soil after sowing is finished; and (5) field management, which comprises field management in a seedling stage, field management in an ear stage and field management in a flower and grain stage. According to the corn cultivation method provided by the invention, a density and a distance are increased; ventilation and light transmission are achieved; moisture is preserved; soil moisture is increased; full stand is realized; the fertilizer efficiency is improved, so plant strengthening is achieved; the corn cultivation method is especially applicable to northeast regions in China; whole-process mechanization is achieved, so the purposes of labor saving, fertilizer saving, water saving and high yield are achieved.

The invention discloses a uniset direct seeding machine and an on-film hole-leveling direct seeding machine containing the same. The uniset direct seeding machine comprises a roller and a wheel disc fixed on the inner wall of the roller, a rotating shaft is fixed on the wheel disc, and two ends of the rotating shaft are strung on a traction frame; the roller is internally provided with a seed sowing gate plate starting mechanism, a seed rationing mechanism and a seed conveying mechanism; the bottom openings of discharging hoppers at the bottom of a rationing seed sowing machine are arranged slantways and correspond to seed distribution hoppers in advance, and seed grooves on a seed distribution wheel one-to-one corresponds to the seed distribution hoppers. The invention has the advantage of novel design of the uniset direct seeding machine exactly satisfies hole sowing requirements because the seed grooves on the seed distribution wheel accurately and simply correspond to the seed distribution hoppers, greatly improves sowing efficiency, reduces labor intensity of farmers, and remarkably improves germination rate. By utilizing the sowing and fertilizing all-in-one machine of the design, multiple operations, such as sowing, fertilizing, and the like can be synchronously completed, and the problem of difficultly fertilizing grain fertilizers, which troubles the farmers for many years, is well solved.

The invention provides an inclined plate ball groove drilling mechanism of a corn harvester threshing device. The inclined plate ball groove drilling mechanism aims at solving the problem that due to the fact that a semi-mechanized corn harvester mechanism on the market does not have the threshing function, the development requirement can not be met. The inclined plate ball groove drilling mechanism of the corn harvester threshing device is characterized in that a driving mechanism is fixed to the right side of a rotating shaft, the rotating shaft is sleeved with a left bearing pedestal and a right bearing pedestal, the left bearing pedestal and the right bearing pedestal are fixed to a left machine frame plate and a right machine frame plate, an upper angle type support and a lower angle type support are arranged on the upper machine frame plate and the lower machine frame plate, an upper inclined type positioning plate and a lower inclined type positioning plate are fixed to the upper angle type support and the lower angle type support respectively, a ball groove inclined plate is arranged on the right side of the rotating shaft in a sleeving mode and fixed to the upper inclined type positioning plate and the lower inclined type positioning plate, a ball groove is formed in the ball groove inclined plate, a rotating disc is fixed to the left side of the rotating shaft, a clamp is arranged on the rotating disc, a drill bushing is arranged on the right side of the clamp, the front end of a drill bit is sleeved with the dill bushing, the rear end of the drill bit is connected with a swing rod, and a swing head is arranged at the tail end of the swing rod and placed in the ball groove of the ball groove inclined plate. The inclined plate ball groove drilling mechanism has the direct threshing function, and full mechanization of the corn harvester mechanism is achieved.

The invention provides a dyeing mechanism with a quick dyeing function. The dyeing mechanism comprises a transmission device, a stirring device, a stirring tank, a chassis, an unloading gate, an unloading mechanism, a first oil supply system, mounting supports, a gear cover and a second oil supply system; the three mounting supports are uniformly distributed and fixedly mounted at the lower end ofthe chassis; the transmission device is fixedly mounted at one side of the upper end of the chassis, is in connection cooperation with the stirring device and is used for providing power support forthe stirring device. The dyeing mechanism is simple in structure and ingenious in design, quick unloading can be achieved, the labor intensity is lowered, and full mechanization is achieved.

The invention discloses a shear-fork structure type wallboard grabbing and installing mechanism. The shear-fork structure type wallboard grabbing and installing mechanism comprises a supporting arm adjusting mechanism and a grabbing mechanism, the supporting arm adjusting mechanism is a planar two-degree-of-freedom series mechanism and comprises a rack, a movable arm, a first linear driver, a second linear driver and a supporting arm, the movable arm is installed on the rack, the supporting arm is installed on the movable arm through a rotating pair, the first linear driver controls the movable arm to swing up and down relative to the rack, and the second linear driver controls the supporting arm to swing relative to the movable arm; and the grabbing mechanism comprises a rotary table, a first connecting rod, a second connecting rod, a first sliding block, a second sliding block and a lower pressing plate, the rotary table is installed on the supporting arm through a rotating pair and can rotate relative to the supporting arm, and under the action of the sliding blocks, the lower pressing plate can move relative to the rotary table, so that clamping or releasing of the wallboard is achieved. Under the cooperation of the supporting arm adjusting mechanism and the grabbing mechanism, four-range-of-motion posture adjustment of the wallboard can be achieved, automation and mechanization of wallboard installation are achieved, and the labor intensity of workers is reduced.

The invention provides card manufacturing equipment. The card manufacturing equipment comprises a blank card base memory module, a first conveying module, a film coating platform, a holographic film printing module, a second conveying assembly and a laminating assembly, the first conveying assembly comprises a first conveying belt platform connected to a blank card base and a first lead screw conveying mechanism provided with a card adsorbing device, the film coating platform comprises a groove for storing the blank card base, and the second conveying assembly connected to the holographic filmprinting module comprises a second conveying belt platform and a second lead screw conveying mechanism provided with a holographic film absorbing device. The card manufacturing equipment has the beneficial effects that integrated molding technology of holographic film laser printing and card manufacturing is achieved, the waste of manpower, time and space due to decentralized operation is avoided, the work efficiency is greatly improved, the labor costs are reduced, moreover, the technical scheme of the card manufacturing equipment achieves full mechanization, the rate of a waste card is greatly reduced, and the material costs are saved.

The invention discloses an automatic examination paper binding machine and relates to a binding device. The automatic examination paper binding machine comprises an examination paper conveying mechanism, an automatic examination paper binding mechanism, an examination paper receiving device, a plurality of examination paper stations and a control mechanism and further comprises examination paper catching mechanisms and rotary examination paper stacking mechanisms, wherein the number of the examination paper catching mechanisms and the number of the rotary examination paper stacking mechanismsare consistent with the number of the examination paper stations. Examination papers are arranged on the different examination paper stations paper by paper according to sequence, and the examinationpaper catching mechanisms are arranged above the examination paper stations and connected with the corresponding rotary examination paper stacking mechanisms. The examination paper catching mechanisms, the rotary examination paper stacking mechanisms, the examination paper conveying mechanism and the automatic examination paper binding mechanism are connected with the output end of the control mechanism. By means of the automatic examination paper binding machine, teachers can be liberated from a large number of fussy and repetitive labor. The automatic examination paper binding machine has the beneficial effects of being high in binding working efficiency, low in binding labor intensity, low in labor cost, high in binding quality and wide in application range and is easy to use and popularization.

The invention relates to a rapid solid-state fermentation process of vinegar. The rapid solid-state fermentation process of the vinegar includes saccharification process, alcohol fermentation processand acetic acid fermentation process. The rapid solid-state fermentation process of the vinegar is characterized in that the process conducts the fermentation by using a vinegar solid-state fermentation machine capable of cooking, cooling, inoculation, alcohol fermentation, acetic acid fermentation, automatic turning over fermenting grains, oxygen supply, vinegar drenching and slag discharging; inthe alcohol fermentation process, fermentation temperature is 28-37 DEG C, and fermentation time is 100-168 hours; in the acetic acid fermentation process, fermentation temperature is 26-37 DEG C, and fermentation time is 48-120 hours. The rapid solid-state fermentation process of the vinegar has the advantages of greatly shortening the fermentation time, improving the utilization of raw Materials and accessories and increasing productivity, efficiency and cost-effectiveness with the raw materials and product quality not changed.

The invention discloses a mold-pressing firework lead inserting machine. A feeding cylinder conveying line, a transferring table, a first rotating working table, a second rotating working table and a discharging cylinder conveying line are sequentially installed on a machine frame, and a first punching lead inserting device and a second punching lead inserting device are also installed on the machine frame; workpieces are conveyed to all stations through a first pushing rod, a second pushing rod, a third pushing rod and a fourth pushing rod respectively, and the first rotating working table and the second rotating working table are rotatably installed on the machine frame; the first punching lead inserting device and the second punching lead inserting device are movably connected to two X-direction moving mechanisms respectively, and the two X-direction moving mechanisms are movably connected to two Y-direction moving mechanisms respectively. The mold-pressing firework lead inserting machine has the advantages that full mechanization of lead inserting production of firework cylinders is achieved, the production efficiency is improved, and the defects that errors exist in lead inserting, leads and holes cannot be closely matched, inserting connection of the leads is not firm, and loosing and falling off are prone to occurrence are overcome.