162 results about "Chain conveyor" patented technology

This utility model relates to the field of battery production equipment technology, specifically to a hybrid conveyor-type back-contact battery sintering and photoinjection integrated furnace, including a frame with a sintering section and a photoinjection section. A chain conveyor belt is installed in the sintering section, and a conveyor roller conveyor is installed in the photoinjection section. A transfer device is provided between the chain conveyor belt and the conveyor roller conveyor. Chain conveying is used only in the sintering section, while roller conveyor conveying is used in the photoinjection section. This combination of methods effectively reduces the length of the chain conveyor, thus avoiding the instability and scratching of the battery cells associated with chain conveying. Furthermore, the end of the chain conveyor only needs to be initially cooled to above 200°C before entering the photoinjection area cavity, avoiding the process of cooling followed by heating. This reduces the steps of cooling and heating the battery cells and furnace belt, thus reducing energy consumption.

This utility model relates to the field of anti-jamming technology for wood chippers, and in particular to a wood chipper with an anti-jamming mechanism. It includes a pressure roller housed within a machine casing, a chain conveyor assembly located below the pressure roller, and a cutting roller housed within the machine casing in conjunction with the chain conveyor assembly. The wood chipper with the anti-jamming mechanism also includes a screen; the screen is positioned below the cutting roller; one end of the screen is hinged to the inner wall of the machine casing, and the other end rests on a limiting mechanism; the limiting mechanism is located between the screen and the chain conveyor assembly, and below the cutting roller. Compared with existing technologies, when jamming occurs, the limiting mechanism activates, causing the screen to rotate around its hinge point with the machine casing, expanding the space between the screen and the cutting roller, reducing jamming, and is simple to set up, low in cost, and conducive to widespread adoption.

A method for determining characteristics of a first chain and a second chain of a matched pair of parallel chains of a twin-chain conveyor includes driving the chains at a predetermined speed and determining a first time interval between first and second pins of the first chain passing a first sensor and a second time interval between first and second pins of the second chain passing a second sensor both when the conveyor is loaded (a loaded time interval) and unloaded (an unloaded time interval). Also determining a difference between the respective loaded time intervals and the unloaded time intervals as a degree of elongation of each chain and a difference between the loaded time interval of the first chain and a loaded time interval of the second chain as a differential elongation of the conveyor.

The utility model relates to the technical field of cleaning machine, concretely is a kind of adjustable cleaning machine of spraying, including water tank, the top of water tank is fixedly connected with conveying table, the inside of conveying table is movably connected with net chain conveyor belt, the surface of water tank is fixedly installed with water pump, water pump is fixed through pipeline and water tank, the surface of water pump is fixedly connected with delivery pipe, the surface of delivery pipe is fixedly connected with hose, the end of hose away from delivery pipe is fixedly connected with spray pipe.The utility model can realize rack plate to reciprocate by motor driving reciprocating screw rod rotation, and can gear drive, and then gear occurs positive and negative rotation, can drive spray pipe to swing, the area and range of cleaning can be expanded by the swing of spray pipe, so as to be beneficial to remove cleaning dead angle when cleaning, so that cleaning can be more comprehensive, it is favorable to optimize the effect and quality of cleaning.

1. The name of the design product: the outer chain plate of die forging chain. 2. The use of the design product: the design product is used for the scraper chain conveyor, and is used to drive the scraper to run. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view 1.

This utility model discloses a slag-water separation device for blast furnace slag, including a slag pool and a partition screen disposed on one side of the bottom of the slag pool. A filter screen is installed in the lower part of the slag pool, with its end connected to the upper end of the partition screen. A bottom mesh chain conveyor is installed above the filter screen. A relatively closed water storage cavity is formed between the filter screen, the partition screen, and the side wall of the slag pool. A slag discharge trough is formed in the internal space of the slag pool on the other side of the partition screen. An auger is installed in the slag discharge trough. A screw elevator is installed on the outside of the slag pool. The end of the slag discharge pipe is connected to the feed inlet at the bottom of the screw elevator. A slag discharge pipe is installed at the top of the screw elevator, with the slag discharge end extending into the upper part of the slag pool. A top mesh chain conveyor is installed in the slag pool below the slag discharge end of the slag discharge pipe, with the discharge end of the top mesh chain conveyor extending to the outside of the slag pool. In summary, this utility model has the advantages of high automation, high working efficiency, and good separation effect.

This invention discloses a biocontrol spore cultivation device and its usage method for controlling Japanese pine scale, belonging to the field of pine scale control technology. The device includes an inoculation unit and several cultivation units. The inoculation unit includes a frame with a chain conveyor inside. Multiple positioning support plates are evenly spaced on the chain conveyor. A pre-compression mechanism and an inoculation mechanism are located directly above the chain conveyor on the frame, both spanning the chain conveyor. Several cultivation units are located at the outlet of the inoculation unit. This invention achieves automatic inoculation of biocontrol spores, improving inoculation efficiency and enabling precise control of the inoculation amount, thus improving the uniformity and consistency of biocontrol spore concentration. Next, the inoculated bottles are transferred to multiple cultivation units for static cultivation to improve the viability and yield of biocontrol spores, meeting the needs of large-scale production.

A fabric pin clip drying machine, relating to the field of fabric processing equipment, includes a chain conveyor mechanism, pin clips, a fabric loading mechanism, a fabric unloading mechanism, and a drying chamber. The chain conveyor mechanism includes two annular chains extending along the fabric conveying direction and arranged opposite each other, sprockets cooperating with the chains, and a drive motor driving the sprockets to rotate. Several pin clips are evenly arranged on the sides of the chains and facing opposite directions. The fabric loading mechanism includes a first brush wheel and a fabric loading motor. The fabric passes through the pin clips and the first brush wheel on both sides and is hung on the pin clips. The fabric loading motor drives the first brush wheel to rotate. The fabric unloading mechanism is located below the chain conveyor mechanism to unload the fabric from the pin clips. The drying chamber is arranged along the fabric conveying direction, and the chain conveyor mechanism carries the fabric through the drying chamber to dry the fabric. This design ensures that the fabric drying chamber remains flat and open at all times, improving the drying effect and preventing the coating film on the fabric from completely deforming due to folding, making it highly practical.

The utility model relates to the field of tray feeding and discharging, especially to a tray supply conveying system, which comprises an automatic stacker, a chain conveyor, a light-load tray moving machine, a stacking position cylinder line, a buffer cylinder line I and a buffer cylinder line II. The automatic stacker is used for storing tray stacks and feeding the tray from the bottom to the chain conveyor. The chain conveyor is used for conveying the tray to the light-load tray moving machine. The light-load tray moving machine is used for receiving the tray conveyed by the chain conveyor, lifting the tray to the level of the stacking position cylinder line and conveying the tray to the stacking position cylinder line. The stacking position cylinder line detects whether there is a tray above and whether the tray is full of goods, and conveys the tray to the buffer cylinder line I after the tray is full of goods. The utility model can ensure the stable upward taking out of the tray, realize the uninterrupted conveying of the tray during the operation process, improve the work efficiency, realize the integration of the automatic production line and improve the automatic production level.

This invention discloses a raw waste sorting system and method for the coastal areas of West Africa, comprising: raw waste being transported by a loader or grab bucket to a chain conveyor loading section, and then entering a bar screen sorting section to obtain a first oversize and a first undersize; the first undersize sequentially entering a manual sorting section and a drum screen sorting section to obtain a second oversize and a second undersize; the second undersize, after iron removal, entering a tension screen sorting section to obtain a third oversize and a third undersize; and the second oversize entering a pneumatic sorting section to separate inorganic aggregates and lightweight materials. Addressing the characteristics of raw waste in the coastal areas of West Africa—high sand content, low moisture content, and a large amount of recyclables—this invention employs a multi-stage physical sorting method to effectively separate various resources from the raw waste, solving the problems of low efficiency and significant safety hazards associated with the local extensive manual sorting method.

This invention relates to the field of micro-bearing grinding fixture technology, specifically a micro-bearing grinding fixture, including a grinding machine and two grinding wheels mounted on the grinding machine; a reciprocating feed table is provided through the grinding machine, and a chain conveyor belt is rotatably connected to the inner side of the reciprocating feed table; synchronous push blocks are fixedly installed at equal intervals on the chain conveyor belt, one end of each synchronous push block is fixedly connected to a synchronous base plate, and multiple synchronous base plates are slidably connected to the reciprocating feed table; a guide component is also provided between the synchronous base plate and the reciprocating feed table; this invention, through the sliding cooperation between the reciprocating feed table and the synchronous base plate, converts the pulsating vibration generated by the chain drive into stable axial linear motion, and combined with the radial limiting of the synchronous base plate by the reciprocating feed table, effectively eliminates the radial offset of the workpiece during grinding, thus fundamentally ensuring the roundness and coaxiality accuracy of the micro-bearing.

The utility model discloses a kind of automatic heating devices of different-diameter round bar end, it belongs to bar automatic heating field, including automatic turnover machine, automatic turnover machine side is equipped with ladder feeder, ladder feeder upper end is equipped with chain conveyor, chain conveyor tail end is equipped with positioning baffle to limit bar movement, chain conveyor tail end side is equipped with bar diameter detection sensor, chain conveyor side is equipped with automatic pusher, automatic pusher includes multiple positioning V-shaped groove, each positioning V-shaped groove one end is equipped with pusher mechanism, another end of each positioning V-shaped groove is equipped with induction heating device;First manipulator is equipped above automatic pusher, first manipulator can realize translational and lifting action, first manipulator lower end is equipped with rotary cylinder, rotary cylinder bottom is equipped with first bar hand claw;Discharge sorting device is equipped behind induction heating device.The above structure can realize the automatic end heating production of different-diameter bar, and can greatly improve production efficiency.

The utility model relates to material transportation is with iron removal and divides material device, including transfer hopper, bidirectional belt conveyor, strong magnetic de-ironer and plate chain conveyor, the transfer hopper is used for storing material, its bottom is connected with the discharge pipe, and the discharge is aligned bidirectional belt conveyor's feed end, the strong magnetic de-ironer is installed in the top of bidirectional belt conveyor, is used for removing the iron impurity in material, the discharge end of bidirectional belt conveyor is connected with the feed end of plate chain conveyor, is used for conveying material to subsequent section, can form gradient magnetic field through the strong magnetic de-ironer and electromagnet bar array through the utility model, utilize the principle that ferromagnetic substance is stressed in the magnetic field, realizes the efficient removal of different particle size iron miscellaneous.

The application discloses a hopper elevator feeding device and a feeding method. The hopper elevator feeding device comprises a chain conveyor and a cutting machine arranged side by side. The chain conveyor comprises two groups of transmission chain plates arranged side by side, and a plurality of supporting pieces for supporting the cutting piece are arranged one by one on the two groups of transmission chain plates. The cutting machine comprises a rotating shaft and a plurality of cutters arranged on the rotating shaft. The two ends of the rotating shaft are provided with swing arms, and a supporting rod is rotatably arranged between the swing arms. A supporting groove is arranged on the supporting rod, and a counterweight is connected to the bottom of the supporting rod. The cutters are arranged on the rear side in the rotating direction of the swing arms. A discharging box is arranged on the side of the rotating shaft, and a stopping groove for stopping the two ends of the cutting piece is arranged on the front and rear sides of the discharging box. The hopper elevator feeding device can be connected with the horizontal transmission of the cutting piece, realize rapid cutting and conveying to the hopper elevator.

This utility model relates to the field of chain conveyor technology and discloses a liftable chain conveyor. The liftable chain conveyor includes a chain conveyor assembly, which includes a chain conveyor body. A lifting mechanism is provided at the bottom of the chain conveyor body. The lifting mechanism includes four lifting legs, which are fixedly connected to the four sides of the bottom of the chain conveyor assembly. Limit rods are slidably connected to the outer surfaces of the lifting legs. A base plate is fixedly connected to the inner side of the limit rods. Connecting plates are fixedly connected to the left and right sides of the top of the base plate. A servo motor rod is fixedly connected to the right side of the connecting plate on the right side. By setting up the lifting mechanism, the conveying height of the chain conveyor body can be flexibly adjusted, allowing for quick adaptation to production equipment, workstations, or material containers of different heights. No additional transfer device is required, reducing equipment investment and space occupation, and improving the flexibility of the production process.

This utility model discloses an AVI-based automatic sorting device, relating to the field of product inspection technology. It includes a sorting machine platform; a chain conveyor track fixedly installed on the sorting machine platform; a sorting mechanism and an inspection mechanism. The sorting mechanism, located on the sorting machine platform, is used to sort defective products; the inspection mechanism, located above the chain conveyor track, is used to inspect the appearance of the products transported on the chain conveyor track. This utility model uses the operation of the chain conveyor track to move the product tray and the products to be inspected to the optical inspection camera. The inspection camera inspects the product appearance, and a SCARA robot separates defective and qualified products, completing the automatic inspection of product appearance. This replaces manual visual inspection, significantly improving production efficiency, avoiding human error, ensuring product quality, and reducing eye fatigue and work fatigue for operators.

This invention relates to the field of automotive assembly line technology and discloses a magnetic plate chain conveyor line for automotive assembly lines, comprising a support base and a magnetic plate chain disposed on the support base. The support base includes a base plate, with support columns fixedly mounted at the four corners of the upper surface of the base plate. Two support columns on the same side are fixedly connected to crossbeams at their upper ends. Drive shafts are rotatably connected to both ends of the two crossbeams. The magnetic plate chain is respectively sleeved on the two drive shafts at both ends. A first motor is located at the rear of the support base, and the output end of the first motor is connected to one of the drive shafts. The first motor drives the drive shaft to rotate, thereby driving the magnetic plate chain to rotate and achieving the conveying function. This invention improves conveying stability: the magnetic plate chain magnetically attracts automotive parts or the entire vehicle, effectively preventing swaying and offset, improving assembly accuracy, and adapting to the assembly needs of different vehicle models, thus improving the versatility of the conveyor line.

The utility model relates to chain conveyer technical field, and disclose a kind of anti-falling equipment for chain conveyer, this anti-falling equipment for chain conveyer, including chain conveyer body, the top of chain conveyer body is provided with multiple groups equidistant distribution and same size anti-falling mechanism, the anti-falling mechanism includes connecting plate, the top of connecting plate is fixedly connected with servo motor, the output of servo motor is fixedly connected with gear, the left and right sides of gear are all engaged with toothed plate by gear teeth, the bottom of toothed plate is fixedly connected with fixed plate, the left and right sides of fixed plate bottom are all fixedly connected with clamping rod, by setting anti-falling mechanism, can when chain conveyer body is conveying material, play the protection effect to material, clamping and fixing material, to prevent material from falling, avoid the damage generated after material falling.

The utility model discloses a pipe chain conveying device with cleaning structure relates to pipe chain cleaning equipment technical field, including pipe chain conveying structure, cleaning structure and drying structure, and pipe chain conveying structure includes two box, and the conveying pipe is connected between two box, is equipped with the conveying chain in the conveying pipe, and the cleaning structure includes cleaning tank and cleaning wheel, and the drying structure includes drying box, fan and electric heating pipe. The utility model discloses a cleaning structure is set up to the cleaning of conveying chain, and the cleaning structure is by cleaning tank, sprays pipe, second motor, first gear, cleaning wheel and constitutes, and conveying chain passes through from the inside of cleaning wheel, and when cleaning, the water of conveying chain is washed away to the spray pipe, and second motor drives the rotation of cleaning wheel through first gear simultaneously, makes the friction between the bristle and conveying chain, thereby rubs the residual material on conveying chain, and this is to the cleaning of conveying chain, need not to dismantle the setting, can directly clean conveying chain, and the operation is simple, and saves time and energy.

A link orientation calibration mechanism for a tubular chain conveyor includes a calibration chain and multiple transmission elements and multiple calibration elements arranged circumferentially and alternately along the calibration chain. Both the transmission elements and calibration elements face outwards from the calibration chain. Each transmission element has a lever body for insertion into a compatible conveyor chain of the tubular chain conveyor, allowing the conveyor chain to drive the calibration chain to rotate synchronously via the lever body. Each calibration element has a calibration groove, the width of which corresponds to the link thickness of the conveyor chain. The groove encloses the links of the conveyor chain, thereby calibrating the link orientation of the conveyor chain to a position where it meshes with the conveyor sprocket of the tubular chain conveyor. This invention helps maintain the meshing of the conveyor chain links with the conveyor sprocket, ensuring the normal operation of the tubular chain conveyor.

This utility model provides a ring-shaped flexible chain conveyor for conveying cartons, belonging to the field of conveyor technology. It solves the problem in existing technologies where items easily detach from the conveyor track due to shaking, speed changes, etc. This utility model includes a body assembly, a sprocket assembly, a guardrail assembly, and fixed feet. A long conveying channel and a short conveying channel are formed in the long and short body sections, respectively. A fixed block is fixedly installed inside the turntable, and connecting blocks are fixed to both sides of the fixed block. The connecting blocks are fixedly connected to both the long and short body sections. An arc-shaped body is fixedly connected to the outer sides of both the long and short body sections. The upper end of the chain tooth block is a chain tooth plate, and the two sides of the chain tooth plate are respectively attached to the upper end of the arc-shaped body and the turntable. A positioning cylinder is formed at the lower end of the chain tooth block. The guardrail assembly includes a ring-shaped guardrail and guardrail fixing parts. The ring-shaped guardrail is set on both sides of the upper end of the body assembly, with a gap between the ring-shaped guardrail and the body assembly. This utility model has the advantages of high safety and stable conveying.

This utility model provides a chain conveyor device with sorting function, belonging to the technical field of material conveying equipment. It addresses the problems of existing chain conveyors with sorting function, such as coarse material stacking, low space utilization due to gaps in irregularly shaped materials, and inconvenient movement or unstable support. The device includes a support frame, a chain conveyor mechanism, a sorting robotic arm, a storage bin, a movable support, a feeding assembly, and a moving assembly. The chain conveyor mechanism is fixedly installed on the upper part of the support frame; the sorting robotic arm is bolted to the middle of the chain conveyor mechanism; the storage bin is located above a guide plate; four sets of movable supports are welded inside the support frame; the feeding assembly is located on the upper part of the guide plate; and the moving assembly is located inside the movable support. This utility model has advantages such as improved storage efficiency, stable support, and convenient layout.

This utility model relates to a vertical chain conveyor device, including a frame divided into three parts: a first horizontal section, a second horizontal section, and a vertical section; a conveying component, which is a chain conveyor belt wrapped around the inside of the frame, with mounting grooves on the surface of the chain plate, through which a fixing mold is detachably mounted; an auxiliary positioning component, located inside the fixing mold, which automatically controls the clamping strength according to the weight of the material; and a drive component, located inside the frame, used to drive the conveying component to circulate and convey the material. This application combines the fixing mold on the chain plate with an airbag and a magnetic structure, which not only automatically controls the clamping strength according to the weight of the material, ensuring the stability of the material during conveying and preventing it from falling off or shifting its position, but also prevents damage to the material from excessive clamping; in addition, the quick assembly and disassembly of the fixing mold in this application does not require tools and can be completed with just two hands, making it very convenient to use.

This application provides an automatic four-sided corner protector installation device and its usage method, relating to the field of automatic packaging equipment technology. The device includes a frame assembly; a chain conveyor mounted on the frame assembly; a corner protector hopper assembly mounted on one side of the frame assembly; left and right telescopic arm assemblies respectively located on either side of the corner protector hopper assembly for gripping and conveying corner protectors; a four-sided clamping mechanism mounted above the chain conveyor, including multiple independently driven and synchronously operating clamping units; a four-sided clamping Z-axis power assembly connected to the four-sided clamping mechanism; a cover cardboard handling mechanism mounted on the frame assembly; and multiple pressure roller assemblies arranged around the chain conveyor. Through synchronous four-corner clamping and graded collaborative pressing processes, the device significantly improves the positional accuracy and insertion stability of the corner protectors, thereby enhancing packaging production efficiency and product quality.

This utility model relates to an error prevention device, specifically a dual-redundant error prevention device for an automated machining production line. It includes a feeding port, a double-layer double-speed chain conveyor, a robot feeding port, and the dual-redundant error prevention device. The dual-redundant error prevention device is installed at the left end of the double-layer double-speed chain conveyor, and the robot feeding port is located to the left of the dual-redundant error prevention device. The feeding port is installed at the right end of the double-layer double-speed chain conveyor. This utility model reduces the error rate to below 0.5%, converts sliding friction into rolling friction, reduces motion resistance, extends service life by 30%, supports quick replacement of barcode scanner models, and is compatible with different specifications of QR codes.

The embodiment of the present application provides an oil sludge chain plate conveyor and an oil sludge pyrolysis system. The oil sludge chain plate conveyor comprises a rack, a transmission mechanism and a chain plate mechanism. The transmission mechanism is arranged on the rack, the chain plate mechanism comprises a plurality of chain plates, each chain plate is arranged on the transmission mechanism, and each chain plate comprises a chain plate body and a lap joint part extending along one side of the chain plate body and towards another chain plate adjacent to the chain plate. The lap joint part of one chain plate abuts one side of the thickness direction of the chain plate body of the chain plate adjacent to the chain plate, and the side is arranged close to the transmission mechanism. The oil sludge chain plate conveyor avoids the problem of oil sludge seepage along the gap between adjacent chain plates through the cooperation between the lap joint part and the chain plate body. Therefore, the oil sludge chain plate conveyor according to the embodiment of the present application has the advantages of avoiding chain plate conveyor seepage, improving pyrolysis stability and pyrolysis efficiency.

The utility model discloses a kind of multi-direction positioning alignment's plate arrangement, it is related to board processing equipment technical field, including the unwinding assembly for unwinding board, the inside of this board is equipped with driving assembly;Driving assembly side is equipped with the plate chain conveyor for the transfer of board, and plate chain conveyor is evenly equipped with multiple limit alignment components;The limit alignment component includes fixed plate, both ends of fixed plate one side are fixedly connected with support column, and the bottom of multiple support columns is fixedly connected with the top of the frame of plate chain conveyor;Fixed plate bottom is equipped with press plate, and the bottom of press plate is attached with the top of the board;Multiple press plates can be pressed into and limit the board on plate chain conveyor, without artificial repeatedly laying press plate, reduce labor cost;In addition, by loosening the cap can let adjusting column move along adjusting groove, to change the position of press plate, can let press plate press the board of different width, improve the application range of press plate.

This invention provides an accumulation chain conveyor system. During operation, goods to be conveyed are transported to the upper position of a first conveyor line. A robotic arm on the first conveyor line then grips the goods and places them onto the conveyor belt. The goods are then moved from the upper position to the lower position. Simultaneously, the robotic arm on the first conveyor line repeats its operation. When a piece of goods arrives at the lower position of the first conveyor line, a robotic arm on a second conveyor line grips the goods and moves them from the lower position to the second position. When another piece of goods arrives at the lower position of the first conveyor line, the operation is repeated on a different second conveyor line. The goods are then transferred from the second conveyor line to the lower position and proceed to the next process. The gripping speed of the robotic arm on the first conveyor line is greater than that of the robotic arm on the second conveyor line, preventing any blockage of goods.

This invention discloses a flue shell assembly and processing fixture, relating to the field of flue shell processing technology. It includes a base box and a feeding component. An installation frame is fixedly provided at the upper end of the base box, and several rotating rollers are provided inside the installation frame. The feeding component is positioned above the base plate, and a limiting component is provided at the upper end of the installation frame. A lifting mechanism is provided inside the base box. The limiting component allows for positioning and feeding of the flue shell. The feeding component at the end of the base box facilitates the positioning and clamping of angle iron flanges. A chain conveyor allows the support frame to push the flue shell upwards during the feeding process, achieving clamping and concentric positioning. Several detachable clamping tubes allow for the positioning and clamping of circular and rectangular flanges, enabling the assembly and processing of flues of different shapes.