49results about "Paper article packaging" patented technology

This invention discloses a fully automatic bag sorting and bundling machine. A bag sorting and conveying mechanism is provided corresponding to the feeding conveyor belt. A bundling mechanism and a bundling mechanism are provided on one side of the bag sorting and conveying mechanism. The bundling mechanism includes a clamping component for clamping the stacked packaging bags within the bag sorting and conveying mechanism. The clamping component is mounted on a rotating disk, which is connected to a rotation drive component and movably mounted on a movable seat. The movable seat is connected to the movable drive component. A limit stop is provided corresponding to the clamping component. The movable drive component can drive the clamping component to move to the limit stop. The rotating disk can drive the clamping component to rotate as a whole, cooperating with the limit stop to roll the stacked packaging bags into a bundle. The clamping component can then transport the bundled packaging bags to the bundling mechanism for bundling. This invention can achieve automated rolling and bundling of packaging bags and bundling of the bundled packaging bags, achieving full automation with high bundling and bundling quality and high efficiency.

This utility model relates to the field of sorting mechanism technology, specifically to a sorting mechanism that facilitates robot grasping of small cardboard boxes. It includes a sorting table with a limit plate at one end and a sorting component on the outer side of the sorting table. The sorting component includes a first push plate, a second push plate, and a third push plate, which are respectively positioned at different directions on the sorting table. The sorting component performs multi-directional sorting of the cardboard boxes, achieving efficient and accurate sorting. Compared to a single-direction pushing method, the multi-directional synergy can quickly sort disordered cardboard boxes into a neat and orderly arrangement, improving sorting efficiency and reducing sorting time. Furthermore, different cardboard boxes may have different sizes and shapes, and the multi-directional pushing can be flexibly adjusted according to the specific situation of the cardboard boxes. Through the combined force of different directions, it adapts to the sorting needs of cardboard boxes of various specifications and shapes.

The utility model discloses a packing device of packing carton production, including bundling machine and support, the top of support is provided with control device, the left side and the right side of bundling machine top all are provided with alignment device with control device cooperation uses, the both sides of support front side and back side all are provided with the down -pressing subassembly, the both sides of support left side and right side all are provided with sliding column. The utility model discloses the cooperation of setting control device, alignment device, down -pressing subassembly, sliding column, limit stop and limit groove, solved the bundling machine of current when using, mostly do not have the function of aligning and compacting to carton board, the loss of alignment function means that carton board can not be in neat arrangement in packing process, leading to the uneven edge of the carton board after packing, lack of compacting function can lead to the existence of larger gap between carton board, make the carton board after packing not enough compactly stacked, can lead to the problem of carton board scattering in the transportation or storage process.

The utility model relates to project data packing and encapsulating technical field, especially intelligent collection and encapsulation integrated machine of project data, including machine case, the left and right symmetry of machine case top portion is provided with the placing plate, the back of machine case top portion is provided with the baffle, is provided with the collection component that can align and arrange the project data that needs packing and encapsulating on machine case, rotationally is provided with the rotating shaft between two baffles, the swing frame is symmetrically set up on the rotating shaft. The device has corresponding structure auxiliary in the encapsulation link, the operation such as fixing, pulling and tightening of thermoplastic encapsulation strip. The clamping plate and support plate cooperate to stably fix one end of the encapsulation strip, the servo motor drives the rotating column to rotate to accurately pull the encapsulation strip to the taut state, and the tightening degree can also be controlled by setting the rotation number, which avoids the material bag from falling off and prevents the internal material from being damaged due to tightness.

The application relates to the technical field of packing equipment, and particularly discloses a packing device which comprises a conveying table, a flattening assembly, a leveling assembly, a synchronizing assembly, a pressing assembly and a packing assembly. The conveying table is provided with a plurality of rotating rollers. The flattening assembly is connected with the conveying table and is arranged along the width direction of the conveying table, and is used for flattening the materials placed on the conveying table. The leveling assembly is arranged on the top of the conveying table and is arranged along the width direction of the conveying table, and is used for leveling and conveying the materials placed on the conveying table. The synchronizing assembly is connected with the leveling assembly and the conveying table, and is used for driving the leveling assembly to move. The pressing assembly is arranged on one side of the conveying table, and is used for compacting the materials conveyed by the conveying table. The packing assembly is connected with the pressing assembly, and is used for packing the materials. The application has the effect of solving the problem that the existing packing machine is difficult to bundle narrow materials.

This utility model belongs to the field of financial equipment technology, specifically a banknote bundling machine, including a base plate, a pressing structure, a hot-sticking and cutting structure, and a guide structure. The hot-sticking and cutting structure includes an upper hot-stick head, a first pressing foot, a rear pressing foot, a cutter, and a hot-sticking and cutting drive mechanism. The upper hot-stick head includes a hot-stick head base block, a heating element, a temperature sensor, and a ceramic heating plate. This utility model, through its upper hot-stick head structure including the hot-stick head base block, heating element, temperature sensor, and ceramic heating plate, can monitor the temperature of the heating element in real time and communicate with the controller of the banknote bundling machine to achieve controllable closed-loop temperature control. This ensures that the heating element is always within the most suitable temperature range for bonding, effectively improving the bonding effect. The heating and bonding are uniform and reliable, and it also prevents excessive heat from the upper hot-stick head from being directly transferred to the banknotes. It is particularly suitable for bundling plastic banknotes, effectively preventing the plastic banknotes from melting due to excessive temperature during the hot-sticking process.

The application relates to a device for separating stacked materials, belonging to the technical field of material packaging, which comprises a paper towel folding machine, a bearing table and a conveyor, the upper portion of the bearing table is provided with a base, a support is fixed between the base and the paper towel folding machine, a sliding groove is formed in the lower surface of the base, a sliding block is arranged in the sliding groove, limiting blocks are fixed on the two sides of the sliding block, a limiting groove which is slidably matched with the limiting blocks is formed in the inner wall of the base at the sliding groove, a first lead screw is threadedly connected in the sliding block, the first lead screw penetrates through the sliding block and is rotationally connected with the base, a first driving motor which drives the first lead screw to rotate is mounted on one side of the base, a material taking seat is arranged below the sliding block, a first telescopic oil cylinder is mounted between the material taking seat and the sliding block, a fixing plate and a mounting plate are fixed on the side of the material taking seat which is away from the sliding block, a clamping plate is arranged between the mounting plate and the fixing plate, a moving assembly and a turnover mechanism are arranged above the bearing table and the conveyor respectively, and the application has the effect of improving work efficiency.

The utility model relates to aluminium roll processing equipment technical field, and disclose an aluminium roll packaging device, including the box, the vertical side by side in the box is equipped with driving roller and driven roller, the left side of driving roller is equipped with the first clamping roller base, is equipped with two first clamping rollers of oblique placement on the first clamping roller base, the both ends of driven roller are all rotationally connected with first support plate, the both sides first support plate below are all equipped with the second sliding slot of horizontal placement, two second sliding slots are all connected with the box, and the first support plate and the corresponding second sliding slot between bottom sliding connection, the right side of driven roller is equipped with the second clamping roller base, is equipped with two second clamping rollers of oblique placement on the second clamping roller base, the left end of box is equipped with the processing frame, the left side bottom of processing frame rotatably is equipped with the inclined plate of telescopic, the below of inclined plate is equipped with support piece. The utility model can adjust multidimensionally to adapt to different specifications aluminium roll, satisfy different thickness demand, adapt to different roll diameter, promote operating safety and efficiency.

The invention relates to an aligning station (2) for aligning documents of value (21) in a document-of-value stack (14), to an apparatus (1) which is intended for aligning the document-of-value stack (14) and comprises the aligning station (2), and to a method for aligning a document-of-value stack (14). The aligning station (2) comprises a base (3), on which a document-of-value stack (14) containing documents of value (21) in the form of sheets can be set down such that the documents of value (21) rest on the base (3) by way of first edges (15), also comprises two mutually opposite side walls (4, 4Z), further comprises a transverse wall (5), which runs perpendicularly in relation to the base (3) such that the transverse wall (5) faces second edges (16) of the documents of value (21), wherein the first edges (15) and second edges (16) are perpendicular in relation to one another, moreover comprises a transverse side (6), which is located opposite the transverse wall (5), runs parallel to the transverse wall (5) and is at least partially open, and additionally comprises an open upper side (13), which is located opposite the base (3), wherein the upper side (13) and the transverse side (6) are designed to be open such that the document-of-value stack (14) can be gripped by a gripper optionally through the transverse side (6) or through the upper side (13) of the aligning station.

The application discloses a paper packaging machine and relates to the field of packaging machines, which comprises a main frame, a conveying belt for feeding paper is movably arranged on one side of the main frame, a retention table is arranged between the main frame and the conveying belt, a transverse push plate is movably arranged on the surface of the retention table, a height limiting plate is arranged on one side of the retention table in the main frame, a longitudinal push plate is movably arranged at the bottom of the height limiting plate, a film coating structure is arranged on one side of the height limiting plate in the main frame, a limiting edge baffle is arranged at the end of the film coating structure away from the height limiting plate in the main frame, the limiting edge baffle is in abutment with both sides of the packaging paper, an inclined folding plate is fixedly arranged in the middle of the limiting edge baffle, an outlet limiting plate is arranged at the end of the limiting edge baffle away from the height limiting plate, and a film feeding structure for conveying the packaging film is arranged on the top of the limiting edge baffle in the main frame. The paper is fixed and limited, deviation of the paper during movement is avoided, the packaging film is assisted in being tensioned and aligned with the paper, and neat packaging is formed.

Various embodiments of the present disclosure provide a coil-wrapping system that simultaneously employs separate multiple film rolls to simultaneously wrap separate films around a single coil while the coil is rotated about its longitudinal axis.

The application relates to the technical field of cloth packaging, and discloses an automatic cloth rolling and packaging device, which comprises a base, a cloth roll and a paper core cylinder, the rear end of the base is fixedly connected with a positioning support plate, a winding cylinder is sleeved on the top inner side of the positioning support plate through a bearing, a pneumatic clamping assembly is sleeved in the winding cylinder, the paper core cylinder is clamped on the surface of the winding cylinder, and the inside of the pneumatic clamping assembly is provided with a plurality of output structures which penetrate through the side wall of the winding cylinder to relatively clamp the inner wall of the paper core cylinder. The automatic clamping and winding mechanism is composed of the winding cylinder, the pneumatic clamping assembly and the meshing transmission assembly, the top pressure and tensioning mechanism is composed of a top pressure roller, a first auxiliary support and an elastic guide rod, the automatic clamping and winding mechanism and the top pressure and tensioning mechanism are supported by the base and the positioning support plate, cloth can be automatically rolled and packaged to form a cloth roll, and the top pressure and tensioning mechanism is synchronously extruded during the rolling and packaging process, so that the tightness of the cloth roll is ensured.

The application belongs to the technical field of fabric roll packaging, and particularly relates to an auxiliary equipment for fabric roll packaging feeding, and more particularly relates to an anti-tearing fabric production automation packaging device and a production process thereof. In the anti-tearing fabric production automation packaging device, the center clamping function and the packaging thickness detection function of the fabric roll are integrated through two working states of the clamping piece. After the center clamping is completed in the first working state, the clamping piece does not need to be removed as a whole, and only needs to be switched to the second working state, so that the folding pipe can be erected as a thickness detection probe, and the clamping and limiting of the side wall of the fabric roll are released.

The application discloses a film production line control system, which comprises a bundling mechanism, a turnover mechanism, a packaging mechanism, a conveying belt and a control unit. The bundling mechanism, the turnover mechanism and the packaging mechanism are arranged along the conveying direction of the film on the conveying belt. The bundling mechanism bundles a plurality of films cut by a slicing machine to form a film bundle. The turnover mechanism turns over the film bundle and transports the turned-over film bundle to the packaging mechanism. The packaging mechanism packages the turned-over film bundle to form a packaged product. The control unit is electrically connected with the bundling mechanism, the turnover mechanism, the packaging mechanism and the conveying belt to control the bundling mechanism, the turnover mechanism, the packaging mechanism and the conveying belt to operate according to a preset rule according to requirements. In the technical scheme, the bundling mechanism, the turnover mechanism, the packaging mechanism, the conveying belt and the control unit work cooperatively to replace manual work, thereby improving work efficiency.

This utility model relates to the field of woven bag packaging, and particularly to a plastic woven bag packaging machine. It includes a base plate, with equally spaced support blocks installed at the center of the top outer wall of the base plate, and equally spaced support rods installed at the other end of the top outer wall of the base plate. The top outer wall of the support blocks has an auxiliary structure. The auxiliary structure includes a guide block one installed on the top of the support blocks at the center of the base plate, guide blocks two installed on the top outer walls of the support blocks at both ends of the base plate, sliding grooves formed at the center of the top outer walls of guide blocks one and two, and a packaging opening located between guide blocks one and two. In this utility model, a hydraulic push rod drives a compression rod to descend, compressing the woven bag into a "U" shape. Personnel use a telescopic or strapping device at the packaging opening to tighten both ends of the woven bag, completing the packaging and reducing the gap between the woven bags, preventing them from scattering, and reducing the space occupied by the packaged woven bags.

The application provides a coiled material packaging machine, relates to the technical field of packaging film sealing and cutting, and comprises a sealing and cutting packaging machine, a second sealing and cutting mechanism, a third sealing and cutting mechanism and a separation and transportation mechanism. The sealing and cutting packaging machine comprises a feeding table, a film feeding mechanism, a material pushing mechanism, a first sealing and cutting mechanism and a discharging and transportation mechanism. The film feeding mechanism is used for wrapping a packaging film outside the coiled material. The material pushing mechanism is used for pushing three coiled materials placed on the feeding table to the discharging and transportation mechanism. The left and right sides of the discharging and transportation mechanism are each provided with a second sealing and cutting mechanism. The side, away from the sealing and cutting packaging machine, of the discharging and transportation mechanism is provided with the separation and transportation mechanism. Through the above technical scheme, independent packaging of three coiled materials arranged side by side can be completed each time, and the packaging efficiency is improved.

The present invention relates to a sanitary glove stacking system and a sanitary glove stacking method using same and, more specifically, to a sanitary glove stacking system in which processes for folding and stacking sanitary gloves are automated, and a sanitary glove stacking method using same. The present invention has the following effect. That is, according to the present invention, folding and stacking of sanitary gloves are automated, and thus productivity is enhanced. Furthermore, since the folding and stacking can be performed uniformly from start to finish, there is an advantage in that the stacked sanitary gloves can be easily withdrawn one by one.

The invention relates to an aligning station (2) for aligning documents of value (21) in a document-of-value stack (14), to an apparatus (1) which is intended for aligning the document-of-value stack (14) and comprises the aligning station (2), and to a method for aligning a document-of-value stack (14). The aligning station (2) comprises a base (3), on which a document-of-value stack (14) containing documents of value (21) in the form of sheets can be set down such that the documents of value (21) rest on the base (3) by way of first edges (15), also comprises two mutually opposite side walls (4, 4Z), further comprises a transverse wall (5), which runs perpendicularly in relation to the base (3) such that the transverse wall (5) faces second edges (16) of the documents of value (21), wherein the first edges (15) and second edges (16) are perpendicular in relation to one another, moreover comprises a transverse side (6), which is located opposite the transverse wall (5), runs parallel to the transverse wall (5) and is at least partially open, and additionally comprises an open upper side (13), which is located opposite the base (3), wherein the upper side (13) and the transverse side (6) are designed to be open such that the document-of-value stack (14) can be gripped by a gripper optionally through the transverse side (6) or through the upper side (13) of the aligning station.

Provided is a trading card in which a trading card package and content of the trading card package are linked and the content can be specified, and an illegal act can be found. A manufacturing method for a trading card package includes a step of grouping trading cards 4 on which rareness degree RM information is printed and a step of packaging the grouped trading cars 4. Trading card IDs 2 are imparted to the trading cards 4. In the grouping step, the trading card IDs 2 are registered in a database DB. A package ID 3 is imparted to a package 1. The package ID 3 is enclosed in the package 1 or provided on the package 1. The package ID 3 of the package 1 including the trading cards 4 and the trading card IDs 2 and the rareness degrees RM included in the package 1 are associated.

A product-containing outer bag that saves manpower in bag making, boxing, and bag feeding process, can prevent occurrence of an error in supply in the bag feeding process, and can achieve space saving. A product-containing outer bag is a product-containing outer bag in which a plurality of bags stacked in a row continuously or intermittently, with the bags, as products, partially overlapping each other, are wrapped and integrated with an outer bag, for outer packaging, having a resin film as a base material such that a state of stacking of the bags is maintained, in which the outer bag includes a first side, a second side opposite to the first side, an adhesive seal, and a thick portion disposed along an edge of the first side, and an auxiliary seal is disposed on a region(S) adjacent to a portion, of the adhesive seal, at a predetermined interval from an edge of the second side.

This utility model relates to the field of packaging machine technology, specifically to a fabric packaging machine, including a base and a mounting platform on the base. The packaging machine also includes a film-laying assembly for preventing damage to the packaging film. The film-laying assembly includes a fixed frame installed on the front end of the mounting platform. The fixed frame is provided with two lifting plates for pushing the packaging film to adhere to the fabric. The top ends of the two lifting plates are connected to a film-laying platform for unfolding the packaging film. A film-pressing assembly for temporarily pressing the packaging film is provided on the right side of the film-laying platform. This application packages the fabric by laying the packaging film flat on the top of the film-laying platform and then winding the packaging film to the fabric surface by rotating the winding roller, avoiding the situation where the packaging film is easily damaged during the packaging process due to manual placement of the packaging film.

A process for producing flow-wrapped packaged articles is disclosed. It includes providing a continuous series of successive articles; providing a continuous supply of package film; applying a process adhesive to one or both of the articles and an inward surface of the film; disposing the articles in contact with the inward surface and thereby adhering the articles thereto, conveying the film and the articles to flow wrapping equipment, thereby wrapping the film about the articles and creating a series of flow-wrapped articles; conveying the flow-wrapped articles to seaming equipment to form seams between successive leading and trailing articles, thereby forming a series of individually enveloping structures about individual articles; and conveying the series of individually enveloping structures to cutting, separating and / or perforating equipment, to form separate or separable individual packaged articles.

A bag-sorting machine frame structure, belonging to the field of packaging equipment technology, includes at least two mounting brackets suitable for mounting rotating shafts and transmission gears; a hinge shaft, through which adjacent mounting brackets are connected by a driven rotational opening and closing mechanism. The end face of the transmission gear furthest from the mounting bracket is the base end face. The longitudinal axis of the hinge shaft is located between the base end face and the mounting bracket, and the distance between the longitudinal axis and the base end face is 0 mm to m mm, ensuring that the transmission gears of adjacent mounting brackets are always meshed. This invention allows adjacent mounting brackets and rotating shafts to be connected by a driven rotational opening and closing mechanism via the hinge shaft, thereby increasing the distance between adjacent rotating shafts to create operating space without removing the rotating shafts. Simultaneously, the distance between the longitudinal axis of the hinge shaft and the base end face of the transmission gear is 0 mm to m mm, ensuring smooth rotation and closing of adjacent mounting brackets and smooth reset of the two transmission gears.

The invention discloses a corrugated paper packaging device, and relates to the technical field of corrugated paper packaging. A corrugated paper packaging device comprises a position adjusting mechanism, a bundling mechanism and a stacking mechanism. The position adjusting mechanism comprises a conveying assembly, an overturning assembly and a shaping assembly, the conveying assembly facilitates separation of corrugated paper piles and sequentially conveys the corrugated paper piles to the overturning assembly, the overturning assembly can overturn the corrugated paper and convey the corrugated paper to the shaping assembly for stacking, and the shaping assembly can extrude the stacked corrugated paper for shaping. The device can prevent the whole stacked paper pile from being in an irregular shape with the arched middle and the collapsed edge as much as possible.