28results about How to "Improve unloading efficiency" patented technology

This utility model relates to a breathable container bag, including a bag body with a rectangular structure. The bottom surface of the bag body has a platform portion, the length of which is half the length of the bag body. Horizontal sleeves are symmetrically arranged on both sides of the platform portion. An adhesive strip is attached to the middle of the free end of the cover sheet. An exhaust port is located at the front end of the top surface of the bag body, and overlapping strips are provided at the corners of the top surface. A Y-shaped merging structure is formed between the cover sheet and the top surface of the bag body. Three parallel discharge ports are located below the end face of the bag body, and binding ropes are attached to both the inlet and outlet ports. Metal corner brackets are provided at the corners of the top surface of the bag body, and connecting ropes are attached to the metal corner brackets. Hanging rings are attached to the connecting ropes. The bag body has a composite layer structure, comprising, from the inside out, a breathable layer, a PP woven fabric layer, a cover layer, and a canvas layer. This utility model is ingeniously improved and novelly designed, with three discharge ports to increase unloading efficiency.

The utility model discloses a kind of edge material collecting devices of stainless steel band trimming machine, comprising: winding mechanism, including expansion shaft and first driving part, first driving part is used to drive expansion shaft rotation, to realize expansion shaft to edge material winding, expansion shaft is vertically arranged, the radial outer surface of expansion shaft can be outwardly spread or inwardly contract, so that expansion shaft supports or unloads edge material roll;Unwinding mechanism, including rotating plate and lifting assembly, rotating plate is rotationally connected to lifting assembly, and with expansion shaft coaxial, lifting assembly drives rotating plate to be close to or away from the bottom end of expansion shaft, when the radial outer surface of expansion shaft is outwardly spread, rotating plate is close to the bottom end of expansion shaft, so that rotating plate and expansion shaft cooperate to prevent edge material from falling, when the radial outer surface of expansion shaft is contracted, rotating plate is away from the bottom end of expansion shaft, so that rotating plate drives edge material roll to be separated from expansion shaft.The utility model can realize automatic unwinding, improve the security of unwinding.

The utility model relates to warehouse logistics equipment technical field especially, a kind of stacker, solve the existing technology in the both sides of goods support tray of stacker are not set limit guiding structure, when carrying out goods push unloading operation, it is easy to cause goods to slide due to vibration or deviation and lead to, there is the problem of potential safety hazard.A kind of stacker includes slide rail, installation bottom plate, lifting frame, support plate, sliding member, vertical lifting assembly, push assembly, push structure and limit plate, one side of limit plate is equipped with rotating groove and contact wheel, effectively guide and lateral support to goods by limit structure.The utility model is adjusted limit plate by being set in the both sides of support plate, and is combined with the contact wheel structure of rotary connection, realize stable limiting and rolling guide in the goods push process, effectively prevent goods from sliding due to vibration or deviation, significantly improve the security and stability of unloading process.

The invention relates to the technical field of semitrailers, in particular to a new energy driven particle powder material transportation semitrailer which comprises a data acquisition system, a data analysis system, a control system and a correction system. The data acquisition system acquires a parameter set and road condition information; the data analysis system judges a dominant abnormal state based on the pressure gradient and the electrification rate, and judges a recessive abnormal state based on the response amplitude; the control system adjusts torque distribution of a driving shaft or suspension damping based on the cooperation coefficient during dominant abnormity, and adjusts the suspension height and / or in-tank auxiliary vibration frequency based on the response damping ratio during implicit abnormity; and the correction system calculates the comprehensive change rate after the primary adjustment, and dynamically adjusts the preset comprehensive change rate in combination with the road condition information to judge whether the secondary adjustment is performed or not. According to the method, explicit and implicit abnormity accurate identification and secondary adjustment optimization in the particle powder material transportation process are achieved, and the transportation safety and the material fluidity are effectively improved.

The utility model relates to a novel high rail self -discharging car, including including car body and setting at the back of car body's carriage, the top of car body is equipped with jacking assembly, and the top of jacking assembly is movably hinged with the bottom of carriage, four corners of the top surface of carriage still respectively set up vertical column, and the end face of vertical column still is equipped with locking assembly, and the rail is detachable fixed connection with vertical column through locking assembly, the utility model is improved based on the existing self -discharging car, utilizes the cooperation between ball hinge structure and jacking cylinder, makes it can unload goods to the back, and can unload goods to the both sides of car, makes it not be restricted by the site, improves its application range, locking assembly can fix the rail with vertical column, and can cooperate with the structure and open remotely in the unloading process, therefore need not artificially supplementary opening rail, and use more convenient.

The application relates to a bottle unloading device which comprises a base, a carrying platform is arranged on the base in a lifting mode, a plurality of baffles are arranged on one side of the carrying platform, the baffles surround a clamping space matched with a packaging carton, a clamping mechanism is arranged on the baffles in a horizontal sliding mode, a placing platform for placing bottles of a packaging production line is further arranged on the base, the placing platform is located below the clamping space, and the size of the clamping space is matched with the placing platform. The application can avoid manual carrying of bottles, reduce labor intensity, improve work efficiency, meet large-scale production requirements, and through the arrangement of the clamping space matched with the packaging carton and the horizontally-slidable clamping mechanism, different specifications of the packaging carton can be adapted, and operation flexibility is enhanced.

This invention discloses a high-efficiency unloading device for waste electrical appliances (WEEE). It mainly includes a pushable support platform, with a detachable movable platform mounted on its top. The advantages of this invention are: the extension of a first hydraulic cylinder raises one end of a second belt conveyor, facilitating the parking of a truck on one side of the support platform. Operators then board the truck and place the WEEE from inside into the end of the second belt conveyor. The second and first belt conveyors are then powered on, facilitating the transport of the WEEE into the receiving hopper. As unloading progresses, the support platform and the first belt conveyor are pushed towards the truck, bringing the end of the second belt conveyor as close as possible to the truck, shortening the transfer distance, and thus achieving rapid unloading of WEEE. This results in higher unloading efficiency and effectively solves the problems existing in the prior art.

This utility model discloses a grain storage container equipped with a novel grain discharging device. The container includes a grain storage container with a grain discharging port on each of its two opposite side walls. A bidirectional grain pushing mechanism is provided between the two grain discharging ports inside the container. The bidirectional grain pushing mechanism includes a bidirectional drive assembly, a sprocket assembly, and multiple pusher plate assemblies arranged on the sprocket assembly. The bidirectional drive assembly drives the sprocket assembly to move the multiple pusher plate assemblies in both directions to push grain out from either discharging port. This utility model has the advantages of simple and compact structure, high degree of intelligence and automation, safe and reliable unloading, high unloading efficiency, and strong operational adaptability.

This utility model discloses a pretreatment device for regenerating precious metals from waste catalysts, belonging to the field of waste catalyst pretreatment technology. It includes a base plate with a rotating plate on top. A first support and a second support are fixedly connected to the top of the rotating plate, and a heating furnace is fixedly connected to both supports. A second mounting block is fixedly connected to the top of the base plate, and a first lead screw is rotatably connected to the second mounting block. A ball nut is screwed onto the side surface of the first lead screw, and a connecting strip is hinged to the top of the ball nut. The end of the connecting strip away from the ball nut is hinged to the bottom of the rotating plate. Through the coordinated use of these devices, when the first motor drives the first lead screw to rotate, the connecting strip can push the rotating plate to flip. When the rotating plate flips, the heating furnace also tilts accordingly. After the heating furnace tilts, the waste catalyst slides down, effectively improving the unloading efficiency of the waste catalyst and reducing the workload of the workers.

The utility model relates to material conveying technical field, specifically disclose a kind of material carrying trolley, including bogie, the upper end of bogie is equipped with material box, the material box includes the box that upper end and front end are all open, the bottom surface of the box is obliquely arranged, box is fixed with bogie, the front end of box is connected with rotatable open front baffle, the both ends of front baffle are connected with the side baffle that adhere to the outside of box, the inclination angle after front baffle opens is not less than the bottom surface angle of box, after front baffle is closed, through the lock piece on side baffle and bogie are fixed;The utility model improves the efficiency of unloading, effectively solves the problem of material residue;Meanwhile, the danger of the turnover hopper is avoided, and unloading is safer and more stable;Solve the problem of low efficiency, cumbersome operation and poor stability of traditional material trolley, with convenient and efficient, safe and reliable transportation, significant progress of labor-saving operation.

The utility model discloses a kind of oilfield fracturing operation water tank cleaning device, it is related to oilfield exploitation technical field, and it includes: dredger, unloading tank;The top of unloading tank is provided with inlet and gas outlet, bottom is provided with discharge port;The upper side center of unloading tank is fixedly provided with servo motor, the transmission rod of servo motor passes through the top center of unloading tank downwards, and enters the inside of unloading tank;Transmission rod's side is fixedly provided with several horizontal stirring rods, bottom is fixedly provided with concave stirring rod, the shape of concave stirring rod is compatible with the bottom section shape of unloading tank;The silt outlet of dredger is communicated with the inlet of unloading tank by pipeline.This application is by setting horizontal stirring rod and concave stirring rod, the shape of concave stirring rod is compatible with the bottom section shape of unloading tank, to carry out all-around stirring to the inside of unloading tank, improve unloading efficiency.

This utility model relates to the technical field of feed mixing devices, specifically, to a mixing and stirring device for cattle feed processing. It includes a mixing drum, a stirrer for mixing, a conical cylinder fixedly mounted at the bottom of the mixing drum, a discharge pipe fixedly mounted at the bottom end of the conical cylinder, a discharge valve fixedly mounted on the discharge pipe, and a sampling component for sampling at the discharge pipe. The sampling component includes a discharge pipe fixedly mounted on the discharge pipe, a sample overflow pipe fixedly mounted on the bottom of the discharge pipe, a threaded cylinder fixedly mounted at the end of the discharge pipe, a stud threadedly connected to the threaded cylinder, a connecting rod fixedly mounted at the rear end of the stud, and a piston fixedly mounted at the end of the connecting rod extending into and slidingly connected to the discharge pipe. This utility model facilitates mixing and sampling operations and is convenient to use.

The utility model discloses a kind of seabuckthorn simple picking and sorting devices, including picking and sorting component, picking and sorting component includes picking box and isolation plate, isolation plate is connected in the middle part position of picking box;Discharge component, discharge component includes discharge port and discharge plate, discharge port is symmetrically and is opened in the lower part of picking box, discharge plate is symmetrically set, one end of a group of discharge plate is movably connected with the both sides of picking box inside bottom end, and one side of the upper end of a group of discharge plate is bolted with movable rope;It also includes auxiliary picking component, auxiliary picking component includes movable groove and isolation frame, opposite sides of movable groove inside bottom end are fixed with movable spring at equal intervals, and the bottom end of isolation frame is fixed with the upper end of movable spring.The utility model avoids to cause a large number of seabuckthorn to be stacked and mutually collide damage by dumping picking box on one hand, saves cost, on the other hand, the high-strength loss brought by human gradually unloading can be reduced, and it is helpful to improve the efficiency of unloading, convenient to use.

The utility model relates to reaction equipment automatic discharge technical field, and disclose a kind of reaction equipment with automatic discharge function, including bottom plate, the bottom plate top is fixedly connected with pillar, the pillar top is fixedly connected with support plate, the support plate top inner wall is fixedly connected with box, the box top is provided with motor, the motor bottom is movably connected with speed reducer, the speed reducer bottom is fixedly connected with rack, the rack bottom is fixedly connected with box cover, the box cover top is movably connected with clamping piece, the clamping piece bottom extends to the box top, the box one side is fixedly connected with inlet, the box one side bottom is connected with pipeline, the pipeline other end is connected with automatic discharge box.The utility model is provided with filter device, it is convenient to separate the impurity in material, improve the purity of product after unloading, improve product quality;Reasonable structure design makes that unloading process is smooth, reduces material residue, reduces material waste.

The utility model relates to the technical field of antioxidant mixing, especially to a kind of mixing device of antioxidant, when using, operating angle adjustment assembly makes the rear end of support plate lower than the front end of support plate, to make stirring drum assembly incline, then the multiple components of antioxidant are respectively poured into the inboard of stirring drum assembly, stirring drum assembly is started, to realize the mixing of multiple components, after mixing, operating angle adjustment assembly, to make support plate drive stirring drum assembly to incline forward under the cooperation of No.1 shaft pin, improve the unloading efficiency while avoiding blockage;Including support frame, No.1 shaft pin, support plate and bottom frame, the top front side of bottom frame is fixedly provided with support frame, the bottom of support plate is hinged to the top of support frame by two groups of No.1 shaft pin, further including stirring drum assembly and angle adjustment assembly, the top of support plate is provided with stirring drum assembly, angle adjustment assembly is arranged between support plate and bottom frame.

The utility model relates to food vacuum freeze drying technical field, specifically provide a kind of to freeze-dried material tray automatic taking tray, unloading device, including trolley rotating mechanism, two-axis taking tray mechanism, drum conveying mechanism and turnover unloading mechanism.The utility model is the intelligent automation production line of three stations of unloading tray, unloading, turnover tray, and its accurate logic control system maximizes the production efficiency, avoids line empty car waiting, and the unloading tray, unloading work originally by 6 people operation is reduced to 2 people operation, single car unloading time is reduced from 25 minutes to 13 minutes, greatly improves production efficiency.

This utility model discloses a system for mitigating the pressure rise in a storage tank during the unloading of cryogenic liquid ammonia. The system includes a cryogenic liquid ammonia tank, an unloading pipeline, and a tank group boundary ball valve. One end of the unloading pipeline is connected to a liquid ammonia unloading tanker, which has a built-in temperature detection unit. The other end of the unloading pipeline is connected to the interior of the cryogenic liquid ammonia tank, which includes an outer tank and an inner tank. The tank group boundary ball valve is installed on the unloading pipeline, and one end of the valve is connected in parallel to a first unloading branch pipe and a second unloading branch pipe. A regulating valve is installed on the first unloading branch pipe, which is connected to a lower inlet pipe extending from the inner tank via a flange. The outlet end of the lower inlet pipe is close to the bottom of the inner tank. This system for mitigating the pressure rise in a storage tank during the unloading of cryogenic liquid ammonia utilizes different inlet methods to slow down the pressure rise inside the tank, significantly improving unloading efficiency.

This invention provides a mixing device for producing mineral cementitious powder, belonging to the field of cementitious powder production technology. It includes a cylinder, and a co-stirring mechanism is used for stirring and unloading the material inside the cylinder. The co-stirring mechanism is connected to a drive shaft. By setting up the co-stirring mechanism, this invention ensures that during the unloading process, the bottom of the paddles adheres to the inner wall of the cylinder bottom under the plastic action of the inner frame. The side ears on both sides of the inner frame extend outwards, resulting in a larger contact area between the paddles and the bottom of the cylinder. When the paddles rotate inside the cylinder, they can contact more material, preventing material residue at the bottom of the cylinder and thus improving the efficiency of material unloading.

This utility model discloses a steel pipe processing and conveying platform, including a chain conveyor belt. A fixing component is provided on the outer side of the chain conveyor belt, and an unloading component is provided on the right side of the chain conveyor belt. The fixing component includes a support rod, and a U-shaped frame is fixedly installed on the top of the support rod. Pull rods are inserted into the left and right sides of the U-shaped frame. This utility model relates to the field of steel pipe conveying technology. In this steel pipe processing and conveying platform, the unloading component gradually applies thrust through a right-angled trapezoidal extrusion plate, so that the steel pipe automatically disengages from the clamp when it is conveyed to the end without manual intervention. The first rubber pad of the guide ramp can buffer the initial impact force of the falling steel pipe. The buffer plate on the bottom plate, together with the shock absorber and the second rubber pad, can further absorb the impact energy of the sliding steel pipe, avoid damage to the steel pipe due to rigid collision, and ensure that the unloading process is carried out in an orderly manner, thereby improving the unloading efficiency while ensuring the processing quality of the steel pipe.

This utility model belongs to the field of rebar processing technology, and discloses a rebar unloading device and a rebar processing system. The rebar unloading device includes an unloading frame, a support assembly, and a material gripping assembly. The unloading frame has an inclined guide panel with a strip-shaped through slot. The support assembly includes a support beam and a support drive component. The support beam is telescopically mounted in the strip-shaped through slot, and the support drive component drives the support beam to extend and retract. The material gripping assembly is located on the front side of the guide panel and is used to transfer rebar onto the support beam. The rebar processing system includes the above-mentioned rebar unloading device. The above-mentioned rebar unloading device and rebar processing system provide stable unloading and high unloading efficiency.

The application relates to the technical field of metallurgical preparation equipment, and provides a boat unloading mechanism, which comprises a rack, a first driving element, a turnover bin, a crushing assembly, a first knocking assembly and a second knocking assembly, a feeding port is arranged on one side of the rack, and a discharging port is arranged below the feeding port; the turnover bin is provided with an extension inlet corresponding to the feeding port; a limiting assembly for limiting the boat is arranged in the turnover bin; the crushing assembly is arranged between the feeding port and the extension inlet and is used for pre-crushing materials; in an initial state, the boat enters between the feeding port and the extension inlet, the crushing assembly pre-crushes the materials in the boat and then enters the turnover bin, and the limiting assembly limits the boat; the first driving element drives the turnover bin to rotate in the rack; when the boat faces the discharging port, the boat is in a discharging state; the first knocking assembly rotates and knocks the boat; and the second knocking assembly knocks the boat in the vertical direction. Therefore, the production efficiency can be improved, and the product quality can be ensured.

The utility model belongs to the technical field of plastic product production unloading, especially a kind of unloading device for plastic product production, including unloading guide frame, the front side fixed mounting of unloading guide frame has fixed frame, cooling setting box is cooperated with fan, cooling cooling in the transmission process of plastic product, accelerate product setting, avoid the deformation problem caused by temperature too high;Compared with the function that only transmission unloading of traditional unloading device can be carried out, the design ensures the form stability of plastic product in the unloading stage, improves product quality stability;Industrial high-definition camera and fill light can carry out quality detection to plastic product, realize automatic classification in combination with subsequent transmission structure: qualified product is transferred to second conveying belt by suction cup after being transmitted by first conveying belt;Unqualified product falls into collecting frame through unqualified product guide frame;This automatic classification replaces manual screening, solves the problem that qualified product and unqualified product are confused, reduces the artificial cost of warehouse link.

This invention provides a dual-compartment unloading device and method. The dual-compartment unloading device includes a first compartment, a second compartment, a pressure relief pipe, an air cannon, a first injection pipe, and a second injection pipe. The first compartment has a discharge port at its bottom; the second compartment has a feed inlet at its top, which communicates with the discharge port; the inlet end of the pressure relief pipe communicates with the inner cavity of the top of the second compartment, and the outlet end of the pressure relief pipe is used to exhaust air; the air cannon is located on one side of the first compartment; the inlet end of the first injection pipe is connected to the air cannon, and the outlet end of the first injection pipe communicates with the inner cavity of the first compartment; the inlet end of the second injection pipe is connected to the air cannon, and the outlet end of the second injection pipe communicates with the pressure relief pipe. The dual-compartment unloading method is implemented using this dual-compartment unloading device. This invention can clear and prevent blockage of the pressure relief pipe, ensuring the reliability of the pressure relief pipe's exhaust function.

The utility model provides a kind of traditional chinese medicine residue recycling fermentation device. Including pulverization bin and fermentation bin, motor A is installed above the pulverization bin, the inside wall surface of the pulverization bin is equipped with lug, slide bar is installed above the lug. In the utility model, when traditional chinese medicine residue is put into pulverization bin, it will first be crushed, this link not only can break the adhesion state of medicine residue, prevent its agglomeration into group;In the process of rotation of main shaft, under the cooperation of groove table and rotating top rod, it will drive sieve plate to reciprocating sieve up and down, not only can quickly screen out medicine residue meeting particle size requirement, so that unqualified coarse particle medicine residue falls into screening cavity, under the transmission effect of screw, it is sent back to pulverization bin for secondary crushing, until all medicine residue meets sieve aperture standard, at the same time, magnet adsorption mechanism is added in screening cavity, can synchronously carry out efficient adsorption collection to mixed metal impurities in medicine residue, improve medicine residue purity, guarantee equipment operation.

This utility model provides a duck unloading device for a transport truck, belonging to the field of transportation and unloading technology. It effectively solves the problems of low unloading efficiency and high labor intensity for workers in current duck unloading trucks. The technical solution includes an unloading pallet mounted on the truck bed, a limit plate above the unloading pallet, a top plate on the side of the limit plate facing the rear of the truck bed, a loading pallet on the unloading platform that docks with the unloading pallet, a displacement component connected to the unloading pallet, a pressing component between the top plate and the limit plate, and an electric winch connected to the side of the loading pallet away from the truck bed via a traction rope. The beneficial effect of this utility model is that it provides a duck unloading device that can quickly unload duck crates from the truck bed.

This utility model discloses a ton bag for easy unloading. The bag body includes an outer bag and an inner membrane bag. The inner membrane bag is fixed inside the outer bag. Both the bottom of the outer bag and the bottom of the inner membrane bag have discharge ports. A fixing ring is located at the bottom of the outer bag, and its interior forms a first channel communicating with the discharge port of the outer bag. A feeding ring is located at the bottom of the inner membrane bag, and its interior forms a second channel communicating with the discharge port of the inner membrane bag. The feeding ring is rotatably connected to the fixing ring and is located below the fixing ring. A locking pin is located on the feeding ring and can abut against the circumference of the fixing ring to restrict the feeding ring from rotating relative to the fixing ring. This solves the problem that the feeding port tie rope needs to be manually untied to open the feeding port and the tie rope needs to be retightened to close the feeding port. It realizes that the feeding port can be opened and closed by rotating the feeding ring, improving the unloading efficiency. At the same time, the locking pin restricts the feeding ring from accidentally rotating relative to the fixing ring to ensure the stability of use.