32results about How to "Guaranteed normal dumping" patented technology

The invention relates to the field of agricultural machinery, in particular to a liquid fertilizer applying device and method with soil turning and refilling functions. The liquid fertilizer applying device comprises a flat cart, wherein a rectangular receding groove is formed in the flat cart, the liquid fertilizer applying device further comprises a controller, a digging and filling mechanism, a stirring mechanism and a spraying mechanism, the digging and filling mechanism comprises an outer cylinder, an arc-shaped digging plate and a rotating assembly, the stirring mechanism comprises an inner cylinder and a stirring assembly, the spraying mechanism comprises a conical containing box, a conveying assembly, an extrusion assembly and a plurality of atomization nozzles, and the rotating assembly and the conveying assembly are electrically connected with the controller. According to the liquid fertilizer applying device and method with the soil turning and refilling functions, liquid fertilizer can be uniformly mixed with soil, fertilizer application is more uniform, meanwhile, dug soil can be completely conveyed into the device, residues are prevented, the improvement of the soil turning efficiency is facilitated, the dug soil can be thoroughly refined, and the soil turning effect is improved.

The invention discloses a garbage truck for municipal environmental sanitation cleaning. The garbage truck is characterized in that the upper part of a garbage can is opened, the bottom of the garbagecan is fixedly connected to a truck frame, the front part of the two sides of the truck frame are rotationally connected to side wheels in a bearing mode respectively, a driving wheel is arranged above the rear part of the truck frame, and the driving wheel is fixedly connected to the middle of the driving shaft; the upper part of the driving wheel is fixedly connected to a control rod, a cam isarranged behind the bottom of the garbage can, the cam is fixed to the center of a cam shaft, the two sides of the cam are provided with chain wheels respectively, and the chain wheels are fixedly connected to the cam shaft; the two sides of the driving wheel are also provided with chain wheels, and the chain wheels on the driving shaft and the two chain wheels on the cam shaft are correspondinglyconnected to each other through chains; a bottom plate is arranged below the garbage can, the lower surface of the front part of the bottom plate is hinged to the bottom of the garbage can, the lowersurface of the rear part of the bottom plate abuts against the cam, and a tail cover is arranged at the front part of the garbage can; and the upper end of the tail cover is rotationally connected tothe upper part of the front part of the garbage can, the two sides of the upper part of the tail cover are rotationally connected to the upper ends of connecting rods respectively, and the lower endsof the connecting rods are connected to the two sides of the bottom plate in a rotating mode.

The invention discloses an anti-collision chassis for a service robot. An installation groove is opened through the bottom of the robot body, and an anti-collision base is arranged inside the installation groove. The top of the groove inner wall, the anti-collision base is composed of a top plate, a motion cavity, a balance cavity, a drive shaft and a drive wheel. The present invention can drive the robot body to move by arranging a movable anti-collision base, and the set counterweight can ensure that the robot body is toppled during the movement; if the robot body collides, first the anti-collision plate will Move along the first connecting pin, so that the third support rod and the second support rod can be pushed to move, so that the counterweight inside the balance tube can be moved to the other side that is hit, so that the counterweight can The inclined force generated by the moving balance collision can prevent the occurrence of dumping to a certain extent.

A steel-ball-dedusting type submerged-arc-furnace waste heat boiler convenient for steel balls recycling comprises a cyclic steel column mechanical soot cleaning device. A fine adjustment plate of a cyclic steel ball mechanical transport device of the cyclic steel ball mechanical soot cleaning device and a rough adjustment rod are parallelly arranged, the fine adjustment plate is under the rough adjustment rod, the distance between the fine adjustment plate and the rough adjustment rod corresponds to the overall height of a steel ball transport bucket, the steel ball transport bucket loaded with the steel balls firstly contacts with the fine adjustment plate and the rough adjustment rod for horizontal adjustment prior to contacting with a mechanical unloading retainer wheel to be supplied with turnover driving force through the mechanical unloading retainer wheel, a steel ball recycling groove of the cyclic steel column mechanical soot cleaning device is fixed on a lower horizontal bearing support of a support frame of the cyclic steel column mechanical soot cleaning device, and the steel ball recycling groove is located under a guiding channel of the cyclic steel column mechanical soot cleaning device and under the steel ball transport bucket receiving the steel balls discharged from the guiding channel.

The invention discloses an automatic splitting system of circulation boxes. The automatic splitting system of circulation boxes comprises a stepping conveyor, a roller conveyor, a toppling gripper mechanism, splitting mechanisms and an electrical control system, wherein a starting end of the roller conveyor is connected with a tail end of the stepping conveyor, and the roller conveyor is used fortransferring circulation box groups on the stepping conveyor to the roller conveyor; the toppling gripper mechanism is arranged on the roller conveyor in a swinging mode and is close to the starting end of the roller conveyor, and the toppling gripper mechanism is used for gripping an upper end and a lower end of the circulation box groups which are arranged vertically and then toppling the circulation box groups, so that the circulation box groups are placed in a horizontal state; two splitting mechanisms are the same in structure and are symmetrically arranged on two sides of the roller conveyor, and the two splitting mechanisms are used for carrying out layer-by-layer splitting of the horizontally-placed circulation box groups; and the electrical control system is electrically connectedwith all the mechanisms. According to the automatic splitting system of circulation boxes, the operation efficiency is improved, and the resources are saved; and the problem that the circulation boxes are damaged due to manual splitting of the circulation boxes is avoided, and the service life of the circulation boxes is prolonged;

The invention discloses a locking device for a semi-trailer with a self-unloading booster. The tightening bolt is fixedly welded to the front end surface of the locking seat beam, the cylinder seat is fixedly welded to the upper surface of the locking seat beam, the cylinder block is movably connected to the upper surface of the cylinder seat, and the front outer surface of the cylinder block is nested with a sealing ring. The sealing ring and the cylinder block are connected by an interference fit. The left and right end surfaces of the sealing ring are connected with fixing plates by screws, and the cylinder head is movably connected to the upper surface of the cylinder block. The present invention can be carried out on semi-trailers. During the self-unloading and locking process, it plays a certain bottom support role while automatically lifting, avoiding the forward tilt of the vehicle body due to imbalance, ensuring the safety of the vehicle during self-unloading and locking, and effectively improving the safety of the equipment. performance and stability.

The invention relates to a cyclic type mechanical conveying device for steel balls. The cyclic type mechanical conveying device comprises a supporting frame, a steel ball conveying hopper, a driving wheel, a driven wheel, two rows of chains, a fine adjustment correcting plate, a rough adjustment correcting rod and a mechanical discharge blocking wheel, wherein the driving wheel, the driven wheel, the two rows of chains, the fine adjustment correcting plate, the rough adjustment correcting rod and the mechanical discharge blocking wheel are fixed to the supporting frame. The fine adjustment correcting plate, the coarse adjustment correcting rod and the mechanical discharge blocking wheel are fixed to an upper transverse bearing frame. The fine adjustment correcting plate and the coarse adjustment correcting rod are arranged in parallel. The fine adjustment correcting plate is located below the coarse adjustment correcting rod. The distance between the fine adjustment correcting plate and the coarse adjustment correcting rod corresponds to the overall height of the steel ball conveying hopper. The steel ball conveying hopper containing steel balls makes contact with the fine adjustment correcting plate and the coarse adjustment correcting rod at first for horizontal correction and then makes contact with the mechanical discharge blocking wheel so as to provide overturning driving force through the mechanical discharge blocking wheel.

This application relates to the field of landfills, and in particular to a method for paving landfill operations in a landfill, which includes the following construction steps: S1: Dump garbage at at least two opposite positions above the landfill, so that the garbage along the landfill The slope of the landfill slides towards the bottom of the landfill; S2: Move the garbage piled on the slope of the landfill to the bottom of the landfill; S3: Spread the garbage along the bottom of the landfill to form a garbage layer; S4 : Lay a deodorant layer on the surface of the garbage layer by a working vehicle. The application has the effects of improving construction efficiency and reducing potential safety hazards.

The invention discloses a reinforcing structure and method of a double-cement tower in a coal gob area and aims at reinforcing a double-cement tower, keeping a favorable reinforcing deviation rectifying effect, meeting the requirement for safety operation of a line, reaching the operation standard of the line, realizing in-advance precaution and prevention of hidden dangers and keeping safety production. The adopted technical scheme is as follows: a strip-shaped foundation is poured on a double-cement tower foundation and is used as a foundation to be reinforced, a planar steel plate is embedded in the strip-shaped foundation and is fixedly provided with a plurality of groups of channel steel clinging to a pole body of the double-cement tower, the channel steel is provided with upright column channel steel fixedly connected with the pole body of the double-cement tower, the pole body of the double-cement tower is reinforced by using the channel steel and the upright column channel steel, meanwhile, a cross arm of the double-cement tower is supported by a U-shaped clamping slot in the top of the upright column channel steel, an insulator string which is hung by using a vertical steel cored stranded wire is hung at the lower end of every phase conductor of the double-cement tower, and a length-adjustable 45-DEG bracing wire is connected to the double-cement tower.

A steel-ball-dedusting type submerged-arc-furnace waste heat boiler capable of keeping balance of a steel ball transport bucket comprises a cyclic steel column mechanical soot cleaning device. A fine adjustment plate of a cyclic steel ball mechanical transport device of the cyclic steel column mechanical soot cleaning device and a rough adjustment rod are parallelly arranged, the fine adjustment plate is located under the rough adjustment rod, the distance between the fine adjustment plate and the rough adjustment rod corresponds to the overall height of the steel ball transport bucket, and the steel ball transport bucket loaded with steel balls firstly contacts with the fine adjustment plate and the rough adjustment rod for horizontal adjustment prior to contacting with a mechanical unloading retainer wheel so as to be supplied with turnover driving force through the mechanical unloading retainer wheel, so that the steel ball transport bucket is allowed to reach a horizontal state through the fine adjustment plate and the rough adjustment rod after reaching an upper horizontal bearing frame, and therefore, the steel ball transport bucket is allowed to completely pour out the steel balls into a steel ball seeding device after contacting with the mechanical unloading gear wheel of the cyclic steel ball mechanical transport device.

A steel ball dedusting submerged arc furnace waste heat boiler that maintains the balance of the steel ball transport bucket, including a circulating steel column mechanical dust removal device, a fine adjustment correction plate for the circulating steel ball mechanical transport device, and a coarse The bar correction rods are set in parallel, the fine adjustment correction plate is located under the thick bar correction rod, the distance between the fine adjustment correction plate and the thick bar correction rod corresponds to the overall height of the steel ball transport bucket, the steel ball transport bucket with steel balls First contact with the fine adjustment correction plate and the thick correction rod for horizontal correction, and then contact with the mechanical discharge stop wheel to provide the overturning driving force through the mechanical discharge stop wheel, so that when the steel ball transport bucket reaches the upper transverse bearing frame Finally, the steel ball transport bucket is leveled by fine-tuning the correction plate and the thick correction rod first, so as to ensure that the water in the steel ball transport bucket is completely transported after contacting the mechanical discharge retaining wheel of the circulating steel ball mechanical transport device. The steel balls are poured into the steel ball spreading device.

A steel ball dedusting-type submerged arc furnace waste heat boiler comprises a circulating-type steel ball mechanical dedusting device. A fine-adjustment correcting plate and a rough-adjustment correcting rod of a circulating-type steel ball mechanical transporting device of the circulating-type steel ball mechanical dedusting device are arranged parallelly, the fine-adjustment correcting plate is positioned below the rough-adjustment correcting rod, and a distance between the fine-adjustment correcting plate and the rough-adjustment correcting rod corresponds to overall height of a steel ball transporting bucket. The steel ball transporting bucket in which steel balls are contained contacts with the fine-adjustment correcting plate and the rough-adjustment correcting rod to perform horizontal correcting, and then contacts with a mechanical discharging retaining wheel to provide turnover driving force through the mechanical discharging retaining wheel, in this way, after reaching an upper transverse bearing frame, the steel ball transporting bucket is enabled to be in a horizontal state through the fine-adjustment correcting plate and the rough-adjustment correcting rod, so that after the steel ball transporting bucket contacts with the mechanical discharging retaining wheel of the circulating-type steel ball mechanical transporting device, transported steel balls can be ensured to be poured into a steel ball scattering device.

The invention discloses a maintenance and cleaning auxiliary mechanism for concrete mixers, relates to the technical field of concrete mixers, and comprises a bottom plate, a translation mechanism is installed on the upper surface of the bottom plate, a stabilizing mechanism is installed on the left side of the translation mechanism, and the top of the translation mechanism A transmission mechanism is installed, a lifting mechanism is installed above the transmission mechanism, and a cleaning mechanism is installed on the right side of the lifting mechanism. The maintenance and cleaning auxiliary mechanism for concrete mixers can better drive the height of the lifting plate to rise through the extension of the telescopic end of the electro-hydraulic push rod, thereby lifting the mixing bucket, thereby realizing the lifting of the mixing bucket by the device And the effect of dragging out, so as to better allow the inspectors to maintain and overhaul the control and transmission system of the mixer, to avoid the impact of the efficiency caused by the small space during the inspection, and to pump the water into the ring through the operation of the powerful pump The inside of the spray head is sprayed in a ring shape, which improves the use effect of the device.

A steel ball dedusting submerged arc furnace waste heat boiler that prevents steel balls from popping up, including a circulating steel column mechanical dust removal device, and a steel ball lock wind charging device of the circular steel column mechanical dust removal device includes a hopper shell, a conical cap, a shaker The arm, the counterweight, the hopper shell include a conical funnel and a guide channel, the discharge port of the conical funnel is connected with the guide channel, the rocker arm includes a transverse rod, a steel ball discharge trigger, a rolling bearing and a conical cap connecting rod, in the double When the trigger plate on the row chain is in contact with the rotating wheel and moves relatively, the steel ball discharge trigger pushes the horizontal rod to rotate relative to the pin shaft, and the horizontal rod drives the conical cap through the conical cap connecting rod to make the discharge port far away from the steel ball separation and collection device The movement of the steel ball is to make the steel ball fall into the conical funnel, and the inner surface of the steel ball transport bucket is provided with a rubber buffer layer to prevent the steel ball from popping out.

The invention discloses a garbage truck for municipal environmental sanitation cleaning. The garbage truck is characterized in that the upper part of a garbage can is opened, the bottom of the garbagecan is fixedly connected to a truck frame, the front part of the two sides of the truck frame are rotationally connected to side wheels in a bearing mode respectively, a driving wheel is arranged above the rear part of the truck frame, and the driving wheel is fixedly connected to the middle of the driving shaft; the upper part of the driving wheel is fixedly connected to a control rod, a cam isarranged behind the bottom of the garbage can, the cam is fixed to the center of a cam shaft, the two sides of the cam are provided with chain wheels respectively, and the chain wheels are fixedly connected to the cam shaft; the two sides of the driving wheel are also provided with chain wheels, and the chain wheels on the driving shaft and the two chain wheels on the cam shaft are correspondinglyconnected to each other through chains; a bottom plate is arranged below the garbage can, the lower surface of the front part of the bottom plate is hinged to the bottom of the garbage can, the lowersurface of the rear part of the bottom plate abuts against the cam, and a tail cover is arranged at the front part of the garbage can; and the upper end of the tail cover is rotationally connected tothe upper part of the front part of the garbage can, the two sides of the upper part of the tail cover are rotationally connected to the upper ends of connecting rods respectively, and the lower endsof the connecting rods are connected to the two sides of the bottom plate in a rotating mode.

The invention provides an anti-toppling air conditioner and a control method, the anti-toppling air conditioner comprises a cabinet body and a base, and further comprises an anti-toppling assembly arranged in the base, and the anti-toppling assembly comprises a mechanical gyroscope and a motor for driving the mechanical gyroscope to operate. The gyroscope is arranged on the base, the air conditioner is stabilized on the central axis by means of the axis fixing performance of the gyroscope during high-speed operation, and the air conditioner can be prevented from toppling over even if a ship tilts.

A full-electric riding type pallet truck comprises a truck body. The front end of the truck body is provided with a cab and a control room. The truck body is provided with a drive device which comprises a power supply and a drive motor. Operation buttons used for controlling the drive motor are arranged in the control room. The drive motor is connected with the power supply and driving wheels under the truck body. The two sides of the truck body are separately provided with two pallet lifting mechanisms which comprise lifting oil cylinders, supporting plates and vertical fixing strips located on the supporting plates. The two sides of the supporting plates are all connected with the lifting oil cylinders. A pushing device used for pushing pallets is arranged on each supporting plate. The full-electric riding type pallet truck is simple in structure, brackets full of pallets can be automatically pushed onto the truck to be fixed when being put on the supporting plates, and labor is greatly saved; meanwhile, the two sides of the truck body are each provided with one pallet lifting mechanism, and the efficiency is further improved; and by adoption of the vertical fixing strips on the supporting plates, it can be ensured that the brackets do not deviate and fall in the using process.

The invention relates to the technical field of fruit picking apparatuses, in particular to an assembled manual picking assisting device. The device comprises an enclosure spliced bottom plate and a lifting cabin placed in an enclosure area of the enclosure spliced bottom plate; each splicing part of the enclosure spliced bottom plate is provided with a base, a supporting rod is arranged on each base, the bottom of each supporting rod is fixedly connected with a rotating mechanism, a guiding rod is hinged to the top of each supporting rod, a hoisting rod is inserted in the top of each guidingrod, a positioning rod is inserted in the top of each hoisting rod, the guiding rods and the corresponding inserted hoisting rods are fastened through locking mechanisms, and the hoisting rods and thecorresponding inserted positioning rods are fastened through locking mechanisms; the lifting cabin is connected with the positioning rods through lifting mechanisms; the device further comprises spliced sleeves sleeving the hoisting rods, and the spliced sleeves are connected with the hoisting rods through up-down moving mechanisms; the manual picking assisting device assists picking personnel inconducting picking on fruit trees, the picking personnel are prevented from falling from the trees, and the life safety of the picking personnel is ensured.

The invention relates to a manufacturing method of Al-Mg-Si alloy line. The technological process is: selecting excellent aluminum ingot and putting the aluminum ingot in a vertical furnace to be melted; adding magnesium, silicon and iron; implementing the alloying treatment on aluminum liquid in a tilting holding furnace; using solid covering flux to cover the surface of the aluminum liquid afterthe refining through refining agent and standing for more than 30m; using a spectrum analyzer to detect main elements and regulating when the content is deviated; slowly dumping the aluminum solutionby the tilting holding furnace; adding 0.03 to 0.5 percent of aluminum boron alloys when the dumped aluminum solution is refined through a chute and a continuous scouring device outside of the furnace; continuously casting with an aluminum alloy caster that is composed of an H-type wheeled crystal wheel into the aluminum alloy ingot; putting the aluminum alloy ingot in a two-roller with three-roller novel combined aluminum alloy continuous mill to mill the ingot into a Al-Mg-S alloy bar. The aluminum alloy bar is arranged at a sliding wire drawing machine to be drawn into aluminum alloy product line with required diameter and be stranded into line. The invention has the advantages of both ensuring the high strength and improving the conductivity simultaneously. The conductivity can reachto 53 percent IACS and the strength reaches to 315MPa.

The invention discloses a maintenance and clearing auxiliary mechanism for a concrete stirring machine, and relates to the technical field of concrete stirring machines. The maintenance and clearing auxiliary mechanism comprises a bottom plate. A horizontal-moving mechanism is mounted on the upper surface of the bottom plate, a stabilizing mechanism is mounted on the left side of the horizontal-moving mechanism, a conducting mechanism is mounted on the horizontal-moving mechanism, a lifting mechanism is mounted above the conducting mechanism, and a clearing mechanism is mounted on the right side of the lifting mechanism. According to the maintenance and clearing auxiliary mechanism for the concrete stirring machine, a lifting plate can be better driven to rise through extending of the telescopic ends of electric hydraulic pushing rods, accordingly, a stirring hopper is lifted up, the effect that the stirring hopper is lifted and dragged out by the maintenance and clearing auxiliary mechanism is achieved, detecting personnel better maintain and overhaul a control and transmission system of the stirring machine, and the situation that when detection is conducted, the space is too small, and consequently, the efficiency is affected is avoided; and through operation of a strong water suction pump, a water body is pumped into an annular spraying head and sprayed annularly, and thusthe using effect of the maintenance and clearing auxiliary mechanism is improved.