23results about How to "Guaranteed packaging quality" patented technology

The utility model relates to the technical field of automatic packaging equipment, in particular to automatic packaging filling equipment which comprises a base and further comprises a feeding structure, a conveying structure, a box opening structure, a material conveying structure, a packaging structure, a box closing structure and a discharging structure which are arranged on the base. The feeding structure is located at one end of the base in the length direction, and the discharging structure is located at the other end of the base in the length direction. The conveying structure and the material conveying structure are laid and extend in the length direction of the base, the conveying structure comprises a conveying assembly used for conveying strip boxes and a plurality of positioning assemblies arranged on the conveying assembly, the material conveying structure comprises a material conveying guide rail used for conveying small boxes, and the material conveying guide rail is parallel to the conveying structure; the box opening structure, the packaging structure and the box closing structure are sequentially arranged in the direction from the feeding structure to the discharging structure. The strip boxes are conveyed through the feeding structure to sequentially enter the box opening structure, the packaging structure and the box closing structure for automatic packaging and box closing packaging operation, manual operation is not needed, and the packaging efficiency is guaranteed.

This invention discloses a method for insulating and encapsulating the periphery of a laminated busbar, belonging to the field of busbar encapsulation technology. The method involves fabricating an insulating tape, wrapping and pressing it into an encapsulation groove formed between the edges of the bottom and top insulating plates on the outer periphery of the laminated busbar, and ensuring a sealed bond between the insulating tape and the groove walls. The width of the insulating tape is at least smaller than the width of the encapsulation groove, creating glue-filled gaps between the two sides of the tape and the side walls of the groove. Its advantage lies in that, compared to existing techniques using injection encapsulation which requires more than ten hours of curing within the encapsulation period, this invention can improve encapsulation efficiency by nearly a hundred times while maintaining encapsulation quality.

The utility model relates to a kind of paper wrapping machine pressing box equipment, including two mainframes, sprocket set, conveying chain set and screw adjusting mechanism.Two mainframes are spaced apart along vertical direction, two sprocket sets are set on each mainframe, and two sprocket sets are spaced apart along the conveying direction of carton.Each mainframe is provided with conveying chain set, and the two ends of conveying chain set are engaged with corresponding sprocket, and two conveying chain sets are used to clamp carton.Each mainframe is provided with screw adjusting mechanism, screw adjusting mechanism is connected with bearing seat, and screw adjusting mechanism is used to drive two sprocket sets to be far away from each other, to tension conveying chain set. By setting screw adjusting mechanism, the spacing of two sprocket sets can be adjusted to tension conveying chain set. Connecting plate is used to fix between mounting shaft and mainframe, to avoid the bending of mounting shaft and the sagging of conveying chain set, to ensure the quality of carton packaging.

The invention discloses a visual recognition and path planning method for intelligent boxing of automobile parts, and belongs to the technical field of automobile part manufacturing and automatic equipment.The method comprises the following steps that S1, a binocular vision collection module and a multispectral light supplementing system are built, the binocular vision collection module is composed of two industrial cameras with the same parameters, and the multispectral light supplementing system is composed of two industrial cameras with the same parameters; the baseline distance is preset to be 80-120 mm, synchronous image acquisition is carried out on an incoming material area of the automobile spare part, a binocular stereo image and a multispectral feature image of the spare part are obtained, and the multispectral feature image covers the wave band range of 380-1000 nm; through a feature extraction algorithm and multispectral feature fusion optimization, the problem of recognition confusion of similar special-shaped spare and accessory parts is effectively solved, the accuracy of spare and accessory part recognition is improved, it is ensured that only qualified spare and accessory parts enter the boxing process, and the boxing quality is guaranteed.

The application discloses a cigarette storage library suitable for different cigarette diameters and belongs to the technical field of cigarette packaging equipment. The storage library comprises a rack, a storage guide unit and a lower library guide carding unit. The improvement lies in that a replaceable stirring roller assembly is arranged at the cigarette flow path entrance of the lower library guide carding unit, the assembly is provided with a plurality of screen bars capable of being independently rotated, and different diameter cigarettes are adapted by replacing assemblies with different screen gap widths. Meanwhile, the storage library is provided with replaceable downstream modules, including a carding mechanism and a packaging mold box, and each module is replaced quickly through a standardized interface. The application realizes quick adaptation of a single device to multiple diameter cigarettes, solves the problems of high cost and complicated replacement of a traditional multi-library mode, and improves production flexibility and efficiency.

The utility model relates to packing equipment technical field, concretely is a kind of transverse seal auxiliary flattening subassembly, for solving heat seal block protection deficiency and packing bag wrinkle problem.The component contains rack, movable heat seal block, auxiliary pressing plate and baffle.Baffle is located in the side of heat seal block, and baffle isolates heat seal block in rack when packing bag passes, avoids personnel miscontact and bag body rebound;When heat sealing, mounting seat drives connecting plate to move, and guiding shaft is moved downward along the inclined sliding hole of guide plate, so that baffle is lowered to avoid heat seal block.Auxiliary pressing plate is installed above heat seal block by long strip through hole and bolt cooperation, can be transversely adjusted interval to adapt to different size packing bag, and it is flattened bag body and reduces fold when heat sealing.Baffle blocks heat seal block to auxiliary pressing plate heat transfer.By cylinder drive mounting seat linkage guiding shaft, baffle displacement is realized between inclined sliding hole and transverse sliding hole to realize automatic avoidance.The structure reduces operation risk, reduces seal wrinkle, improves encapsulation qualification rate.

The utility model relates to the technical field of packaging machines, and discloses packaging film conveying equipment of a packaging machine, which comprises a bottom plate, the bottom plate is a rectangular plate, the top of the rear wall surface of the bottom plate is fixedly connected with a film placing frame, the film placing frame consists of a concave plate and a round roller capable of rotating in an opening, and a packaging film is wound on the wall surface of the round roller of the film placing frame; the anti-wrinkling structure is arranged at the top of the bottom plate and used for preventing the packaging film from wrinkling during conveying, the anti-wrinkling structure comprises fixing frames, a follow-up roller and a finishing plate, the fixing frames are symmetrically and fixedly connected to the top of the bottom plate, the follow-up roller is rotationally connected between the symmetrical fixing frames, the finishing plate is fixedly connected to the top of the bottom plate and located between the fixing frames and the film placing frame, and the follow-up roller is rotationally connected between the follow-up roller and the finishing plate. The top of the finishing plate is flush with the top of the follow-up roller, the crease-resistant structure automatically removes wrinkles on the wall face of a packaging film in the unwinding and conveying process in the packaging film attaching mode, and therefore the packaging quality of the packaging machine is guaranteed.

The utility model discloses a sectional type sealing device for a multi-column packaging machine. The sectional type sealing device comprises a transverse sealing supporting mechanism, a transverse sealing opening and closing device, a main sealing block mechanism, an auxiliary sealing block mechanism, a main driving mechanism and a transverse sealing transmission mechanism. The transverse sealing supporting mechanism comprises a transverse sealing large plate; the main sealing block mechanism comprises a main transverse sealing plate, the auxiliary sealing block mechanism comprises an auxiliary transverse sealing plate, and the transverse sealing transmission mechanism comprises an inner coupling block, an outer coupling block, an inner swing arm, an outer swing arm, a transverse sealing crankshaft and a main transmission shaft. The main transmission shaft rotates to drive the first and second support shafts to move relatively; n groups of main sealing blocks and main sealing block tensioning blocks are mounted below the main transverse sealing plate, and the tensioning blocks are supported on the back surfaces of the main sealing blocks through screws; the front surface is a sealed working surface; and N groups of auxiliary sealing blocks are arranged below the auxiliary transverse sealing plate. The temperature and the pressure can be independently controlled for the N groups of sealing blocks; a traditional air cylinder pushing sealing block pressing mode is changed into a servo motor-crankshaft transmission mode, the crankshaft drives the main sealing block and the auxiliary sealing block to move relatively under high-speed rotation, and high-speed packaging is carried out while continuous film feeding is achieved.

The application relates to an electric core heat-sealing head and a heat-sealing assembly. The electric core heat-sealing head comprises a head body, the head body comprises a base part, a connecting part and a heat-sealing part, the connecting part is connected between the heat-sealing part and the base part, one side of the heat-sealing part away from the connecting part is provided with a heat-pressing surface for heat-pressing an aluminum plastic film; a heat insulation layer is arranged on the side surface of the electric core heat-sealing head extending along the length direction of the electric core heat-sealing head, and the heat insulation layer covers at least the side surface of the connecting part. The scheme provided by the application can weaken the heat radiation effect of the heat-sealing head on the aluminum plastic film and prevent the deformation of the edge of the electric core.

This utility model provides an automatic packaging device for pre-packaged food, including a packaging table. A conveyor is fixedly installed above the packaging table. A material rack is installed at the end of the packaging table near the feeding end of the conveyor. A material discharge bin is fixedly installed on the top of the material rack. A discharge nozzle located above the feeding end of the conveyor is installed at the bottom of the material discharge bin. A hydraulic rod is fixedly installed at the bottom of the packaging table. An adjusting frame is slidably fitted on the packaging table. An opening assembly located above the feeding end of the conveyor is arranged between the two longitudinal sides of the adjusting frame. A sealing assembly is arranged between the opening assembly and the packaging table. When the packaging bag is filled by the opening assembly, the sealing plates on both sides drive the heat sealing strip away from the discharge nozzle, keeping the discharge path of the discharge nozzle at a safe distance from the heat sealing plate, reducing the direct spillage of material onto the surface of the heat sealing strip, and ensuring the sealing performance and packaging quality.

The utility model relates to the technical field of product packaging, and particularly discloses a punching mechanism of a cigarette packing machine, which comprises a rack, a driving component, a mounting plate, a first driving unit, a tool apron and a support, the driving assembly is connected with the rack; the mounting plate is connected with the driving assembly, the mounting plate is provided with a film passing window, and the film passing window is of a semi-closed structure; the first driving unit is connected with the mounting plate, a piston is arranged at the output end of the first driving unit, the tool apron is detachably connected with the piston, and a tool bit used for cutting a packaging film is arranged on the side, away from the piston, of the tool apron; the support is connected with the mounting plate, the tool apron and the support are arranged on the two opposite sides of the film passing window respectively, a buffer pad is arranged at the end, facing the tool apron, of the support, and the buffer pad is opposite to the tool bit. The adaptability and the flexibility of the cigarette packing machine are improved, and meanwhile the product packing quality is guaranteed.

The utility model discloses a thermoplastic elastomer packaging process abnormity monitoring device which comprises a monitoring unit arranged on a packaging body, a discharging end connected with the monitoring unit is arranged on the front side of the lower end of the packaging body, and bagging plates are arranged on the periphery of the discharging end. A bag body detection assembly is arranged at the position, located between every two adjacent bagging plates, of the discharging end and comprises a plurality of detection modules and the same extrusion plate arranged at the lower ends of the multiple detection modules, and the extrusion plate comprises a plurality of rotationally-hinged attaching plates and is used for detecting the packaging state of the thermoplastic elastomer; a discharging port is formed in the middle of the lower end of the discharging end, the bag body detection assembly is located on the upper side of the discharging port, and the multiple detection modules are linearly arranged at the discharging end and used for detecting the state of a packaging bag in the packaging process. The abnormity monitoring device can monitor the thermoplastic elastomer packaging opening, the packaging quality is ensured, and the monitoring effect of the abnormity monitoring device is improved.

The utility model discloses a kind of automatic packing equipment of coal powder, it is related to coal powder processing technical field, the utility model includes equipment main body, equipment main body inside is separately provided with feeding assembly, transfer assembly, powder loading assembly, hanger, upper cover assembly, gland assembly and discharging assembly;Transfer assembly includes electric turntable installed in the equipment main body inside below, photoelectric proximity switch installed in the equipment main body inside one side and four ultrasonic sensors installed in the hanger top.The utility model is equipped with powder loading assembly, upper cover assembly and gland assembly, in powder loading assembly, dust brush is attached to the top of coal powder barrel, can reduce dust raising phenomenon in powder loading process, reduce material loss and environmental impact;Weigher is attached to the bottom of coal powder barrel under lifting cylinder drive, through numerical zeroing to remove barrel body self-weight, real-time measurement is carried out to coal powder, can reduce the situation of uneven powder loading amount, guarantee the consistency of the weight of each coal powder;It is convenient for automatic filling, convenient operation.

This invention discloses a semiconductor packaging device based on a tubular sensor, relating to the field of packaging technology. In this invention, an oscillation component is provided within an oscillation region, and a hot air curing component is provided within a curing region. Multiple positioning mechanisms are arranged in a circumferential array on the top of the packaging switching component. These positioning mechanisms are used for the insertion-type positioning of the tubular sensor. The tubular sensor has packaging injection holes on its peripheral side. The positioning mechanisms include packaging injection tubes adapted to the packaging injection holes. When the tubular sensor is transported across the oscillation region, the oscillation component oscillates the epoxy resin inside the tubular sensor. When the vibrated tubular sensor is transported across the curing region, the hot air curing component cures the peripheral side of the vibrated tubular sensor with hot air. During the packaging process of the tubular sensor, this invention achieves multiple oscillation processes by setting multiple oscillation points within the oscillation region, thereby ensuring the packaging quality of the tubular sensor.

This invention discloses an integrated cell loading and packaging equipment and battery production line with integrated testing and packaging. The integrated cell loading and packaging equipment includes a cell testing line and a cell loading line arranged side by side, and further includes a feeding device, a first picking and unloading device, and a second picking and unloading device. The feeding device provides cells to be loaded into the packaging line, the first picking and unloading device transfers the cells to the cell testing line, and the second picking and unloading device transfers tested cells from the cell testing line to the cell loading line. This integrated cell loading and packaging equipment and battery production line of the present invention can reduce the frequency of cell transfer, shorten the time spent transferring cells, and improve packaging efficiency.

The utility model discloses a kind of semiconductor packaging jigs, it is related to semiconductor packaging technical field, including shell, the top middle part of shell is equipped with positioning slot, the inside of shell is provided with ejection mechanism, the ejection mechanism includes connecting rod, the top of connecting rod is fixed with ejector plate, the outside of connecting rod is sleeved with reset spring, the bottom of connecting rod is fixed with connecting plate, the bottom of connecting plate is fixed with moving block;The semiconductor packaging jig, by the setting of ejection mechanism, through the start of electric telescopic rod, drive extruding block to move, so that the inclined plane of extruding block extrudes the inclined plane of moving block, so that moving block drives connecting plate to rise, so that connecting rod drives ejector plate to rise, after the substrate of packaging is ejected, make substrate and positioning slot separate, so as to facilitate the substrate to be taken out, avoid forcibly taking out to cause product damage, improve the convenience of device to be taken out.

The application relates to a stator assembling tool, which comprises a support, a pressing power mechanism arranged on the support, a positioning mechanism arranged on the support and below the pressing power mechanism, the positioning mechanism being used for positioning an integrated outer stator, and an inner supporting mechanism used for positioning an inner stator, the inner supporting mechanism being capable of being arranged in the positioning mechanism under the pressing of the pressing power mechanism, so that the inner stator and the outer stator complete the assembling operation. Only one positioning tool (such as the positioning mechanism) is needed to quickly and reliably position the stator, and the stator is not prone to loosening or displacement during the machining process. The tool cost is saved, the production cost is reduced, the tool debugging and operation time are saved, the production efficiency is greatly improved, the assembling quality of the inner stator and the outer stator is ensured, and the working performance and reliability of the stator assembly and the driving motor are ensured.

This application relates to an automatic tube sealing and packaging equipment and control method. The equipment includes a product feeding mechanism, a material feeding mechanism, a tube transfer mechanism, and a tube sealing mechanism. The product feeding mechanism includes a vibratory feeder and a guide roller. The vibratory feeder is used to transport the workpiece, and a discharge hole is provided at the discharge end of the vibratory feeder. Two guide rollers are symmetrically arranged on one side of the discharge hole and can be controlled to rotate in opposite directions, forming a guide channel corresponding to the discharge hole between the two guide rollers. The material feeding mechanism is used to feed the workpiece into the packaging tube, and includes a first support frame, a first push rod, and a stabilizing rod. The first support frame is located at a first station and is used to support the packaging tube to be fed. The first push rod is located on the other side of the discharge hole and can be controlled to move horizontally, used to push the workpiece through the discharge hole along the guide channel into one end of the packaging tube to be fed. The stabilizing rod is located at the other end of the packaging tube to be fed and can be controlled to move horizontally, and the stabilizing rod is configured to extend into the packaging tube and gradually retract to cooperate with the first push rod for feeding.

The application discloses a kind of processes for manufacturing sodium-ion battery soft package battery cell to prevent gas swelling;Belongs to sodium-ion battery manufacturing process;Its process includes: (1) the treatment of positive and negative electrodes;After slurry preparation and coating, the positive and negative electrode sheets are obtained, and then baked in a vacuum heating oven, then rolled, die cut, and the electrode sheet is baked after slicing;(2) welding and packaging: the positive and negative electrode sheets are stacked and welded with tabs to form a bare battery cell, and the bare battery cell is packaged in an aluminum-plastic film;The packaged battery cell is baked after being pasted with a bar code, vacuum injection, edge sealing, battery formation, pumping, and the battery cell is stored after being separated and stored;The battery cell is tightly assembled before storage to obtain a sodium-ion battery soft package battery cell;All processes before packaging are carried out in a dew point room.The sodium-ion battery soft package battery cell manufacturing process can better prevent the battery cell from swelling and improve the service life of the battery cell.

The utility model relates to packing seal technical field, and disclose a kind of seafood production packaging equipment, including machine body frame, the right end inboard of machine body frame is provided with base, the inboard of base is provided with conveying assembly, the inner end left side of machine body frame is provided with support main body, the inboard of support main body is connected in the front and rear end of conveying assembly, the left side middle part of support main body is provided with sealing film mechanism, the inboard upper end of support main body is provided with seal pressing assembly. Through the film winding assembly, traction assembly and film roll assembly of sealing film mechanism are triangular distribution to form collaborative membrane supply path, the real-time adjustment of transmission ratio of both is cooperated with controller, different specifications of packaging film can be stably conveyed, avoid film material deviation or tension anomaly, significantly improve membrane supply efficiency and stability;The clamping structure of support main body and conveying assembly makes the overall layout of equipment compact, reduce occupied space and facilitate disassembly and maintenance.

This utility model discloses a medicine box leveling mechanism, including side plates opposite to each other on both sides of a conveyor belt. A leveling roller is provided between the side plates and is located above the conveyor belt. The gap between the leveling roller and the conveyor belt forms a leveling channel. A front pressure plate and a rear pressure plate are provided on the front and rear sides of the leveling roller along the running direction of the conveyor belt. The front and rear pressure plates are located above the conveyor belt, and the gap between the front and rear pressure plates and the conveyor belt forms a medicine box channel. Opposite guide plates are provided on the left and right sides of the front pressure plate. The space enclosed by the guide plates, the front pressure plates, and the conveyor belt forms a guide channel. This utility model can level the medicine box through the action of the leveling roller and the conveyor belt, and the leveling effect is good. This ensures that the medicine box can be stacked flat and tightly during subsequent overall packaging, thus guaranteeing packaging quality.

This utility model relates to the field of chip packaging production technology and discloses a feeding device for chip packaging production testing, including: a conveyor belt and a partition plate; a top plate with a camera installed at the bottom, and a hydraulic rod added to the top of the top plate, with the telescopic end of the hydraulic rod connected to a side plate; a drive wheel and a driven wheel, located on the front of the side plate, with the drive wheel connected to a first drive motor, and an electric push rod installed at the center of the driven wheel, with a side clamping plate installed at the telescopic end of the electric push rod. This feeding device for chip packaging production testing allows for chip observation via the camera. The electric push rod drives the side clamping plate to fix the chip, the hydraulic rod and side plate rise and fall, and the first drive motor drives the drive wheel and driven wheel, causing the electric push rod to flip the chip. This not only allows for timely chip adjustment but also ensures subsequent packaging quality. Furthermore, the flipping mechanism allows for chip lifting operations, preventing chip collisions.