39results about How to "Improve stacking efficiency" patented technology

The utility model discloses an oat grass processing is with stacking device, it relates to stacking device structure technical field, it aims at solving the problem that the oat grass processing is with the stacking device of current oat grass when is stacking, can not well to the oat grass with the position limiting of oat grass, simultaneously when needing processing, can not conveniently oat grass is transported, its technical scheme main points include the installation base, the lower portion of installation base is installed with the moving wheel, the inside of installation base upper end is provided with the installation groove no.

This invention discloses a high-temperature resistant, high-density water-based drilling fluid for ultra-deep wells and its preparation method, belonging to the field of oil and gas drilling technology. The drilling fluid is composed of the following components in parts by weight: 100 parts water, 2-5 parts high-temperature resistant modified clay, 150-280 parts composite weighting agent, 8-15 parts high-temperature resistant polymer filtration loss reducer, 3-8 parts core-shell type high-temperature resistant flow modifier, 4-10 parts nano-composite plugging agent, and 2-5 parts high-temperature stabilizer. This invention effectively solves the technical problems of rheological runaway, increased filtration loss, and barite sedimentation in ultra-deep well high-density water-based drilling fluids under high-temperature conditions above 220℃ by utilizing the high-temperature expansion-disintegration mechanism of the core-shell type flow modifier, nano- to micron-level multi-stage plugging, and the close packing of spherical and irregular weighting materials. It exhibits temperature resistance up to 220℃ and a density of 2.80 g / cm³. 3 It has the advantages of low filtration loss under high temperature and high pressure and good sedimentation stability.

The utility model discloses a kind of carton stacking mechanisms, belong to carton production field.It include stacking assembly, stacking assembly includes support seat, two groups of oppositely arranged lifting frame are provided on support seat, left lifting frame one, right lifting frame two, lifting frame one and lifting frame two are all provided with at least one group of support part for supporting carton, support seat is installed with the driving part with the driving carton moves;Adjusting assembly, adjusting assembly includes two groups of displacement part for adjusting the distance between lifting frame one and lifting frame two, which are arranged on support seat, driving part is connected between two groups of displacement part, which drives lifting frame one and lifting frame two to move synchronously close or away from each other.The carton stacking mechanism of the application forms a guide structure through the T-shaped seat sliding rail and the movable seat sliding groove of adjusting assembly, the movable seat is stably moved by the driving part driving the bidirectional screw rod, and the symmetry of the lifting frame is guaranteed;Four-point connection cooperates with scale, and the interval is prevented from being stuck.

The utility model relates to plywood production equipment technical field especially relates to a plywood production's pre -pressing integral type structure of stacking board, including support base, the pre -pressing machine is installed on support base upper end, the plywood is set up in pre -pressing machine inside, the motor is set up in support base inside, the screw rod is installed in motor output, the electric multistage telescopic link is equipped outside screw rod, the utility model under the action of electric multistage telescopic link and support block, the convenient operator carries out the superposition to the more plywood of quantity, relative to traditional sequentially upward accumulation, need not with the aid of external tool to climb high superposition, further reduce the stacking board time, improve the stacking board efficiency, under the cooperation of multistage telescopic link and stacking board limit block, can carry out automatic alignment to the plywood after superposition, need not manual alignment operation, reduce the time of superposition alignment, further improve the pre -pressing efficiency.

The utility model provides a kind of photovoltaic embossed toughened glass paperless packaging structure, including bracket, the top of the bracket is attached with honeycomb paper pad, the top surface of honeycomb paper pad is attached with photovoltaic embossed toughened glass stack, the top of photovoltaic embossed toughened glass stack is attached with double corrugated board, and the four corners of photovoltaic embossed toughened glass stack are attached with corner guard plate;The double corrugated board, corner guard plate, bracket are fixed with photovoltaic embossed toughened glass stack by multiple plastic steel bands;By being provided with bracket in the bottom of honeycomb paper pad, and then by multiple plastic steel bands, double corrugated board, corner guard plate, bracket and photovoltaic embossed toughened glass stack are fixed together, so that robot can stably carry entire photovoltaic embossed toughened glass stack when stacking, with the advantages of improving stacking efficiency and saving packaging cost.

The utility model relates to a lead-acid storage battery lamination mechanism, which comprises a disc type lamination machine for laminating a positive plate and a negative plate into a polar plate group, a lamination device with one end arranged at a discharge port of the disc type lamination machine and used for laminating an edge negative plate and the polar plate group into a polar group, and a sheet conveying device arranged on the side surface of the lamination device and used for conveying the edge negative plate to the lamination device, wherein the lamination device comprises a conveying chain and a conveying table which are arranged in an upper layer and a lower layer, a feeding port of the conveying chain is connected to a discharging port of the disc type lamination machine, and the conveying table is communicated with the lamination feeding device. According to the utility model, the lamination device and the edge negative plate feeding device are arranged behind the discharge hole of the disc type lamination mechanism, and the lamination device is arranged into an upper-layer and lower-layer structure, so that the polar plate group and the edge negative plate can be simultaneously fed to the lamination device, and the lamination is completed to form a polar group.

The utility model relates to food packaging box production technical field, especially in kind of stacking device for food packaging box production, including first support rod, second support rod and foot, first support rod and second support rod all are provided with two, two first support rod between and two second support rod between common fixed installation have conveying belt, the front end and rear end of conveying belt all are fixedly connected with protection subassembly, the foot is provided with four, four foot upper end common fixedly connected with stacking subassembly, the right end upper portion and right end lower portion of stacking subassembly all are fixedly connected with fixed plate, the lower fixed plate lower end is inserted and installed with lifting device. The utility model discloses a kind of stacking device for food packaging box production, packaging box is conveyed to right end after conveying belt and falls into the stacking cavity in the stacking of stacking subassembly, the spring of stacking board lower end will be compressed due to pressure, play buffering effect, reduce the impact when packaging box falls, avoid corner deformation.

The utility model discloses a lifting type rotating device for copper-clad plate packaging, and relates to the technical field of copper-clad plate packaging. The side pushing mechanism comprises a rotary table, a table top and two side pushing mechanisms, the table top is rotationally arranged on the rotary table through a rotary support, a rotary mechanism is arranged between the table top and the rotary table, the four side edges of the table top are each provided with a set of strip-shaped grooves perpendicular to the side edges of the table top, and the opposite sides of the rotary table are each fixedly provided with a set of first cross beams; and a group of second cross beams are fixed on the other opposite sides of the rotary table. Products can be stacked and reversed through the cooperation of the rotary table and the table top, the four side edges of the products on the table top can be positioned through the design arrangement of the two side pushing mechanisms, the stacking state of the products can be ensured, the products can be stably stacked in the center of the table top, and the product stacking efficiency is improved. And the stacking efficiency, the stacking precision, the packaging efficiency and the automation degree can be greatly improved.

A method and system for automatically stacking board pieces, the method comprising the following steps: (a) obtaining the length and width of a plurality of board pieces; (b) finding the optimal arrangement combination for arranging the board pieces according to a preset limit width; (c) sequentially arranging the board pieces in a horizontal centering manner along the width direction according to the optimal arrangement combination; and (d) determining whether all the board pieces have been arranged, and if so, ending the arrangement operation, and if not, returning to step (b). In this way, by means of a special horizontal centering arrangement and optimal arrangement combination, the present application can automatically stack board pieces of non-single sizes along the height direction, thereby improving stacking stability and efficiency.

The application provides a koji block stacking robot, which comprises a stacking and conveying mechanism, a mechanical arm and a carrying mechanism mounted on the mechanical arm; the stacking and conveying mechanism can stack and convey koji blocks; the carrying mechanism comprises a flange part connected with the mechanical arm, the flange part is provided with a first telescopic driver, a second telescopic driver and a third telescopic driver, the first telescopic driver and the second telescopic driver are both horizontally transversely extended, but the directions are opposite, the third telescopic driver is downwardly extended and located on the extension direction of the second telescopic driver; the second telescopic driver is located below the flange part, the telescopic end of the second telescopic driver is provided with a push plate, the telescopic end of the third telescopic driver is provided with a baffle, and the baffle can be lowered to horizontally correspond with the push plate and clamp the koji block; the telescopic end of the first telescopic driver is connected with a supporting plate part through a supporting plate frame, the supporting plate part is located below the second telescopic driver and horizontally extends from the supporting plate frame to the extension direction of the second telescopic driver.

The utility model discloses an amplitude-adjustable cloth reciprocating stacking device which comprises cloth processing equipment, a cloth conveying frame is arranged at one end of the cloth processing equipment, a cloth swing conveying roller assembly is arranged on the cloth conveying frame, a rotating assembly is arranged on the cloth conveying frame, and the cloth swing conveying roller assembly and the rotating assembly are arranged on the cloth conveying frame. A radial adjusting sliding piece is arranged on the rotating assembly in the radial direction, an eccentric shaft body is arranged on the radial adjusting sliding piece, an extension rod is arranged at the upper end of the cloth swing conveying roller assembly, and the eccentric shaft body is movably inserted into the driving straight groove in a penetrating mode; the rotating assembly is provided with an adjusting control mechanism used for controlling the radial position of the radial adjusting sliding piece so that the cloth can be automatically and neatly stacked after being processed, and a user can flexibly and accurately adjust the stacking width of the cloth according to the actual specification, the production requirement and the like of the cloth. The automation degree and adaptability of the cloth processing production line are improved.

The utility model relates to the technical field of tire production, and discloses a tire production stacking frame which comprises a base, a stacking bin is fixedly installed on the upper surface of the base, a stacking cavity used for containing tire bodies is formed in the stacking bin, and a taking and placing opening is formed in the front face of the stacking bin. A taking and placing assembly and a bearing and positioning assembly are arranged on the surface of the stacking bin. According to the tire body stacking device, when tire bodies are stacked, the tire bodies are placed on the surface of the tray, then the first hydraulic rod is controlled to contract so that the tray can be stored in the stacking cavity, then the speed reduction motor drives the vertical lead screw to rotate, the lifting base and the tray move upwards, and the tire bodies move upwards to the high position of the stacking cavity; at the moment, a second hydraulic rod is controlled to extend, two positioning clamping plates are close to and clamped on the lower sides of the tire bodies, then a tray is controlled to move downwards to reset, the stacking action of the tire bodies is achieved, the whole process is easy to operate, and vertical stacking operation of the tire bodies can be completed at the low position.

The utility model discloses a clamping device for clamping stacked cylindrical bars one by one. The clamping device comprises a mounting bracket, a retractable bracket, a driving motor and a transmission component, at least one group of retractable brackets are arranged along the length direction of the mounting bracket; and if only one group of retractable bracket is arranged, a fixed bracket arranged along the length direction is also fixed on the mounting bracket. Each set of retractable support is provided with a transmission assembly, each transmission assembly comprises a connecting piece and an adjusting lead screw, the connecting pieces are installed on the installation supports in a sliding mode and move in the length direction of the installation supports, the retractable supports are fixedly connected to the lower portions of the connecting pieces, and the adjusting lead screws are rotationally installed in the installation supports and connected with the connecting pieces in a screwed mode. The driving motor is fixed to the middle of the mounting support, and an output shaft of the driving motor is in power connection with the adjusting lead screws of the transmission assemblies. The device has the advantages of being simple in structure, flexible to operate, wide in application range and high in stability, the clamping and carrying efficiency and safety of the cylindrical bar are remarkably improved, and high practicability and economical efficiency are achieved.

The utility model provides a forklift which comprises a forklift body provided with a driving source. The fork arm assembly is arranged on one side of the vehicle body and comprises a connecting part connected with the driving source; the extension arm is fixedly arranged at the lower end of the connecting part, a mounting groove is formed in the bottom of the extension arm, and a load wheel set is pivotally connected to the mounting groove; the rotating piece is pivotally arranged on the connecting part and is hinged with the vehicle body; the transmission part is provided with a first end and a second end which are opposite, the first end is hinged to the rotating part, and the second end is hinged to the load wheel set; when the driving source drives the connecting part to lift, the rotating part rotates along with the lifting of the connecting part and drives the transmission part to swing so as to drive the load wheel set to pivotally extend out of the mounting groove and abut against the ground, and the cargo tray is jointly borne by the vehicle body and the load wheel set. When the driving source drives the connecting part to descend, the rotating part rotates reversely along with descending of the connecting part and drives the transmission part to swing reversely, so that the load wheel set is driven to reversely pivot and retract into the mounting groove, and the mounting groove of the extension arm is suspended.

The utility model discloses aluminium alloy ingot overturns clamping device relates to aluminium alloy ingot stacking device field, the utility model discloses a conveying chain, the overturning mechanism includes the turnover board, one side of turnover board is hinged with support frame, and the other side of turnover board is hinged with first air push rod, is used for overturning aluminium alloy ingot, the utility model discloses the turnover board of overturning mechanism is driven by first air push rod and completes overturning, and the staggered stacking rule of trapezoidal section is adapted, the hydraulic rod drive connecting rod of clamping mechanism, and the linkage movable plate is along parallelogram locus synchronous contraction, and third air push rod controls clamping board to exert balanced clamping force simultaneously, and the stability of removal is ensured, finally, the shear type lift receives the ingot that clamps and completes, and is stacked on the stacking bottom plate, and infrared sensor real -time monitoring stacking state at the installation rod preset height simultaneously, forms closed -loop height feedback control lifting action, compared with the clamping overturning stacking operation of mechanical arm, further improves the stacking efficiency of aluminium alloy ingot.

The utility model provides an improved continuous conical cylinder stacking device belongs to conical cylinder stacking technical field. The improved continuous conical cylinder stacking device includes the frame, with the rear compartment board detachable connection's first fixed frame and with the side compartment board detachable connection's second fixed frame, is equipped with the guide rail of adjustable spacing on the frame. The utility model application is in the process of conical cylinder stacking, has solved because the frame and the compartment are not fixed unstable, the abrasion that produces when meeting the jolt, has improved the stability of the whole structure, has solved because the existing mechanism cannot stack the problem to multiple specifications conical cylinder, has promoted the stacking efficiency.

This invention relates to the field of LCD display manufacturing technology, specifically to an automatic stacking device for LCD display production. The device includes a base and a receiving frame. The receiving frame is fixedly installed on the upper surface of the base, and its upper surface is open. A placement plate is horizontally fixedly installed in the middle section inside the receiving frame. By incorporating stacking components and a feeding mechanism, this invention not only reduces impact damage to some displays caused by feeding from a fixed height, but also prevents stacked displays from exceeding the receiving frame and affecting stacking stability. By setting a limiting mechanism one, it simultaneously presses against both sides of the stacking group to prevent some outer frame sides from protruding or shifting during stacking, thus affecting the stacking stability of the upper displays and improving stacking stability. By setting a limiting mechanism two, it simultaneously presses against the front and rear ends of the stacking group to reduce the deviation of the front and rear ends of the stacking group from protruding displays that affect the stacking stability of the upper displays, further improving display stacking efficiency.

The application provides a special-shaped full-automatic plate stacking machine and a control system thereof, which comprises a plate conveying assembly, a first conveying part and a second conveying part for opposite conveying; a plate carrying assembly vertically arranged on the upper side of the plate conveying assembly and comprising two groups; a plate pushing assembly arranged on the left and right sides of the plate carrying assembly below the plate conveying assembly; a flexible positioning assembly arranged on the outer side of the plate pushing assembly; and a plate stacking box arranged between the plate pushing assembly and the flexible positioning assembly. The application adopts a bidirectional conveying assembly, simultaneously performs plate stacking at four stations, has high stacking efficiency, and the positioning device can automatically adjust according to plates of different sizes and shapes to complete plate positioning and stacking.

This invention provides a stacking limiting device suitable for large-mass metal elements, comprising two limiting components arranged at intervals. Each limiting component includes a limiting frame, the distance between which can be controlled and adjusted. Each limiting frame has a limiting groove extending vertically downward from its top, which is used for rolling limiting connection with the limiting wheels on both sides of the load-bearing body of the clamp. This invention achieves precise lateral positioning of the clamp located between the two limiting components by controllably adjusting the distance between the limiting frames. Simultaneously, the vertically extending limiting grooves on the limiting frames, in cooperation with the rolling limiting wheels on both sides of the load-bearing body, achieve precise front-back positioning of the clamp. This results in precise lateral and lateral positioning of the metal elements to be stacked, requiring minimal manual intervention and significantly improving stacking accuracy and efficiency.

The utility model relates to the technical field of automation equipment, in particular to an automatic stacking and unloading mechanism for stator punching sheets, which comprises a frame. And the stacking assembly comprises a supporting frame, and the supporting frame is fixedly connected to the top of the rack. According to the automatic stacking and unloading mechanism for the stator punching sheets, the stacking assembly is installed, stator punching sheet bodies can be conveyed to the unloading mechanism through the conveying belt after being punched by a punching machine tool, the stator punching sheet bodies are conveyed and stacked on the center column one by one, and the first limiting baffle and the second limiting baffle are installed on the supporting frame; after the stator punching sheet bodies pass through the guide rollers, the first limiting baffle and the second limiting baffle limit the stator punching sheet bodies, the stator punching sheet bodies can be inserted into the center of the center column, meanwhile, the two guide wheels enable the stator punching sheet bodies to stably slide to the center column from the conveying belt and be stacked in sequence, the stacking efficiency is improved, and the stacking time is shortened. In addition, the labor cost and the production cost are reduced, and the practicability of the device is improved.

The invention discloses an efficient stacking device for automobile foam, and aims at providing the efficient stacking device for the automobile foam, wherein the efficient stacking device for the automobile foam can improve the convenience and efficiency of stacking feeding and carrying discharging. The feeding device comprises a feeding frame, the feeding frame is connected with a conveying belt, and the front end of the feeding frame is movably connected with a foam feeding rod and a pressing plate feeding rod; the discharging frame is arranged at the rear end of the feeding frame, and the discharging frame is provided with a pallet fork receding opening and a tool limiting groove; the two sides of the material arranging support and the discharging frame are each provided with a material arranging support, the material arranging supports are provided with material turning inclined plates and vertical material grooves, the material arranging support on one side is movably connected with a foam push rod, the material arranging support on the other side is movably connected with a pressing plate push rod, and the foam push rod and the pressing plate push rod are movably connected with the vertical material grooves respectively. And the stacking tool is connected with the tool limiting groove, and the discharging frame is movably connected with a feeding rod. The double-station automatic feeding device has the beneficial effects that double-station automatic feeding is achieved, and the stacking efficiency of stacking is improved; the stacking device is convenient and fast to discharge, and labor and energy are saved; the stacking flexibility is improved, and the high shaping degree of the foam is guaranteed.

This invention discloses a stacking device for channel steel used in photovoltaic brackets, belonging to the field of photovoltaic bracket processing technology. The key technical point is that the stacking device includes a support mechanism and a feeding mechanism connected to the support mechanism for conveying the channel steel. It also includes a pushing mechanism, a handling mechanism for transporting the channel steel, and a controller. The pushing mechanism includes a push plate for pushing the channel steel, a second sensing plate, and a pushing component for pushing the push plate. The second sensing plate is connected to the feeding mechanism, and a sensing component is connected to the second sensing plate for sensing whether the channel steel is in contact with the second sensing plate. The controller is electrically connected to the sensing component and the pushing component, respectively, thereby improving stacking efficiency.

This invention relates to an electrolytic cell electrode plate and its manufacturing process, comprising a metal electrode plate and a first sealing ring; the metal electrode plate defines a mutually perpendicular X-plane and a Y-plane; a flow channel and a first annular sealing groove are respectively provided on two end faces parallel to the X-plane; an oxygen inlet and a water outlet are provided on the first end face, communicating with the flow channel on that end face and along the Y-plane direction, and a hydrogen inlet is provided on the second end face, communicating with the flow channel on that end face and along the Y-plane direction; there are two first sealing rings, respectively adapted to the shape and size of the sealing grooves on the first and second end faces, and integrally vulcanized with the metal electrode plate. This invention employs a structure that integrally vulcanizes the sealing ring and the metal electrode plate with the sealing groove, processing two components that originally required high-precision tight splicing into a single unit, reducing the risk of hydrogen leakage from the electrolytic cell while improving the stacking efficiency of the electrolytic cell and enhancing the service life and performance of the PEM electrolytic cell.

This utility model discloses an L-shaped battery that is easy to stack, comprising at least two L-shaped battery bodies. Each battery body has a protrusion and a groove that matches the protrusion. Two adjacent battery bodies are stacked and assembled by the matching protrusion and groove. The protrusion is detachably mounted on the battery body, and a limiting component is provided between the stacked protrusion and groove. This L-shaped battery, through the matching of the protrusion and groove, precisely guides alignment and improves stacking efficiency; the detachable protrusion facilitates individual replacement, reducing maintenance costs; the limiting component enhances the connection stability after stacking, prevents separation due to vibration, ensures the reliability of the battery pack structure, and is suitable for multi-layer stacking scenarios.

This utility model provides a fabric stacking device for garment production, comprising: a gantry frame with a horizontal frame on it, and a first front upright and a second front upright at the end of the horizontal frame near the conveyor belt; a floating pallet, comprising a support plate, a guide slider module, and a traction slider, the guide slider module sliding on guide rails provided on the gantry frame, the first front upright, and the second front upright, and the traction slider being connected to a drive mechanism provided on the gantry frame; and a clamping member sliding on the horizontal frame and reciprocating between the conveyor belt and the fabric stacking device for garment production. The floating pallet provided by this utility model actively moves to create loading space and avoid interference during the loading process. The coordinated movement of the floating pallet and the clamping member reduces the unilateral movement time of the clamping member, thereby improving the efficiency of fabric stacking.

This invention relates to the field of port logistics technology, specifically disclosing a port logistics settlement management method, comprising the following steps: retrieving other container transport routes from a database whose transport times overlap with the current container's transport time; calculating the route overlap degree of each current container transport route in the current container transport route set with other container transport routes based on the current container transport route set and other container transport routes, generating a total route overlap degree value corresponding to each current container transport route; matching the minimum route overlap value; and finding the current container transport route corresponding to the minimum value, thus generating the corresponding optimal route for the current container transport. This solution can solve the problem of irrational container transport routes entering the port in the prior art, improve the efficiency of container transport, and reduce congestion problems.

This invention relates to the field of packaging equipment, and more particularly to a packaging box stacking device, comprising fixed plates symmetrically arranged on both sides of a frame. A positioning cylinder is fixed to one of the fixed plates, and a positioning plate is fixed to the output end of the positioning cylinder. A limit cylinder is also fixed to the fixed plate, and a limit plate is fixed to the end of the piston rod of the limit cylinder. A slider slidably connected to the frame is also provided on the frame between the two fixed plates. A lifting plate is fixed above the slider. A lifting motor is also fixed to the frame, and a connecting plate is fixed to the output end of the lifting motor. A push rod is fixed to the bottom of the slider, and the connecting plate connects to the push rod via a push plate. Support plates are symmetrically arranged on both sides above the lifting plate, and multiple support rods are fixed to the support plates. This device can automatically stack multiple packaging boxes into multiple layers, greatly improving the stacking efficiency of packaging boxes.

The utility model relates to the technical field of capacitor manufacturing, and discloses a block lamination device of a multilayer ceramic capacitor, a protective film conveying mechanism is provided with a first vertical cutting assembly and a first transverse cutting assembly, and the first vertical cutting assembly and the first transverse cutting assembly are located between a first unwinding roller and a protective film stripping table; the first vertical cutting assembly comprises a roller rotationally connected to the rack, a vertical cutting support arranged above the roller and two circular knives rotationally connected to the vertical cutting support, the first transverse cutting assembly comprises a transverse cutting base plate, a transverse cutting support, a transverse cutting knife and a transverse cutting driver, and the transverse cutting driver drives the transverse cutting knife to cut a protective film; the dielectric film conveying mechanism is provided with a second vertical cutting assembly and a second transverse cutting assembly, the second vertical cutting assembly and the first vertical cutting assembly are the same in structure, and the second transverse cutting assembly and the first transverse cutting assembly are the same in structure; according to the utility model, the lamination efficiency of the protective diaphragm and the dielectric diaphragm can be improved, so that the production efficiency of block lamination is improved.