244results about "Bundling machine details" patented technology

The invention discloses a pallet protection corner automatic putting machine. The pallet protection corner automatic putting machine comprises a top protection corner putting combination machine and aside face protection corner putting combination machine; the top protection corner putting combination machine comprises a bottom circulation base and a pair of top protection corner single machines,the side face protection corner putting combination machine comprises a bottom fixed base and four side face protection corner single machines, the top face protection corner single machines are provided with electrical control parts, top protection corner containing grooves, limiting mechanisms, and top protection corner mounting claws, the top protection corner mounting claws grab protection corners in the top protection corner containing grooves, and put the protection corners on four edges of the top of a packaging box, each side face protection corner single machine comprises a second electrical control part, a side protection corner containing groove, and a side protection corner mounting claw, and the side protection corner mounting claws grab the protection corners in the side protection corner mounting grooves and put the protection corners on the four sides of the side face of the packaging box. The pallet protection corner automatic putting machine is reasonable in layout,smooth in operation, high in adaptation, automatic in full process, free of artificial duty and capable of greatly improving protection corner putting and threading packaging capacity.

This technical solution belongs to the field of strapping machine technology, specifically relating to an automatic strapping splicing device and strapping machine for attaching the beginning of a new strap to the end of an old strap. It includes a frame with a guide cavity, a strap cutting mechanism including a front blade, a cutter, and a rear blade; an upper sliding plate mechanism including an upper sliding plate with a first station, a second station, and a third station along its moving direction; a strap heating mechanism including a heating blade and a pressure block, with a support part on the frame, and the heating blade movably positioned between the pressure block and the support part; and a drive mechanism for driving the three components. When the upper sliding plate is in the first station, it divides the guide cavity into a strap cutting channel and a strap preparation channel along its moving direction. When it is in the second station, the front and rear blades move to press the old strap, the cutter cuts the old strap, and the pressure block and heating blade move closer to the support part. The new and old straps are pressed against opposite sides of the heating blade for heating, and then pressed together after the heating blade moves out. In the third station, the strap cutting channel and the strap preparation channel merge into the guide cavity.

The application discloses a kind of semi-automatic plastic steel band packing machine, belong to packing machine technical field, to solve the current plastic steel band binding operation more rely on manual packing to complete, increase manpower cost and worker labor intensity, simultaneously easy to lead to binding position deviation, tray misplacement, affect the problem of stacking stability, invention includes rack, first crossbeam is arranged in rack, drive assembly is arranged in rack, drive assembly side is provided with second crossbeam, two band placing assemblies are oppositely arranged on the top of first crossbeam, plastic steel band main body is arranged in two band placing assemblies, two pneumatic clamps are oppositely arranged on the side of second crossbeam, and two pressing assemblies are oppositely arranged on the other side of second crossbeam, the present application can realize plastic steel band packing coherent operation, simplify cumbersome packing process, reduce the degree of manual intervention, solve the problem of existing technology process dispersion, binding consistency is poor, improve the standardization level of packing operation.

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.

The utility model provides a kind of separation type packaging system, comprising: first vertical packing machine, the first vertical packing machine is configured to the goods to be banded and packed vertically banded and handled;The first vertical packing machine is arranged in first packaging station;Horizontal packing machine, the horizontal packing machine is configured to the goods to be banded and packed horizontally banded and handled;The horizontal packing machine is arranged in second packaging station;Handling equipment, the handling equipment can reciprocate between the first packaging station and the second packaging station, and the handling equipment is configured to transfer goods between the first vertical packing machine and the horizontal packing machine.The flexibility of goods handling is realized, and the rhythm of packaging is more conducive to improving, to improve the efficiency of packing.

The application discloses a tensioner device and relates to the technical field of tensioners; the device comprises a base frame, a tensioning mechanism is installed on the base frame, the tensioning mechanism comprises a clamping assembly, a pulling assembly and a guiding assembly, the clamping assembly comprises translation frames, two translation frames are symmetrically arranged, guide rods are fixed to the end portions of the translation frames, side supports are installed on the base frame, the guide rods are slidingly connected to the inner walls of the side supports, two symmetric slide seats are slidingly connected to the outer walls of each translation frame in an up-down mode, and the slide seats and the translation frames are connected through slide seat springs; through the cooperation of the guide wheels and the second guide plates, the first guide plates and the one-way leaf plates, the device can realize multiple pulling of a belt body, complete the tensioning of the belt body and improve the reliability and practicality of the device through the reciprocating pulling of the pulling assembly without winding the belt body and keeping the belt body as flat as possible.

This utility model discloses a wire storage device for a bar baling machine, comprising a frame, two guide roller assemblies, three wear-resistant guide roller assemblies, and a wire pressing assembly. The frame is welded together from two front and rear panels and a bottom plate, with a gap between the two panels. The three wear-resistant guide roller assemblies are located at the upper left, upper right, and lower left of the frame. The two guide roller assemblies are located in the lower middle part of the frame and are arranged left and right. The wire pressing assembly is located slightly above the middle of the two guide roller assemblies and can be positioned both inside and outside the frame. This utility model's bar baling wire storage device allows for switching between wire threading and wire pressing by flipping the swing arm, greatly increasing convenience. Simultaneously, it presses the baling wire into an "M" shape, minimizing wire bending and ensuring smooth, uninterrupted wire feeding.

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 printing product processing technical field discloses a kind of printing product packaging bundling auxiliary tools, including base, the upper surface rear end of the base is fixedly installed with two rectangular plates, the similar surface of two rectangular plates is rotatably installed with two-way threaded rod, the upper surface rear end of base is slidably installed with two L-shaped plates, two L-shaped plates are all with two-way threaded rod screw connection, auxiliary bundling mechanism is set on base, auxiliary bundling mechanism includes two pressing plates and U-shaped plate, the upper surface front end of two L-shaped plates is fixedly installed with first electric push rod, by two first electric push rod, pressing plate is moved downward, cooperate with two placing plate, to compress paperboard, prevent deformation or scatter due to paperboard loosening when bundling, staff need not extrude and bundle packing box board, staff only need to complete last knotting step, reduce physical consumption, improve the packaging bundling efficiency of staff to printing product.

Various embodiments of the present disclosure provide a strapping tool configured to tension metal strap around a load and, after tensioning, attach overlapping portions of the strap to one another by cutting notches into a seal element positioned around the overlapping portions of the strap and into the overlapping portions of the strap themselves.

This utility model relates to the field of positioning device technology and discloses an internal wire guide positioning device for a wire baling machine, comprising: a pressure plate fixed seat and a pressure plate movable seat, wherein the pressure plate fixed seat and the pressure plate movable seat are provided with inner cavities on both the left and right sides, and sliders are slidably installed on both the upper and lower sides of the inner cavities; a limiting rod is disposed between the two sliders, and a limiting groove is provided on the side of the slider near the limiting rod; an elastic reset member is disposed on the outside of the slider at the end opposite to the limiting groove; a movable positioning cone is disposed on the outside end of the limiting rod inside the pressure plate fixed seat; and a movable positioning seat is disposed on the outside end of the limiting rod inside the pressure plate movable seat. This utility model, by providing limiting rods at the tails of the movable positioning cone and the movable positioning seat, in conjunction with the limiting grooves inside the sliders, allows for the engagement and limiting of the limiting rods, thereby making the assembly and disassembly of the movable positioning cone and the movable positioning seat convenient and quick.

The present application relates to the field of brick kiln processing equipment, and particularly relates to a wrapping film continuous installation mechanism. The present application comprises a winding frame body, a guide frame, a placing frame, a driving rod, a turnover shell, a linkage gear, a rotating gear and a pneumatic clamp jaw. The guide frame is provided with two rows, and the two rows of guide frames are arranged side by side and fixedly connected with one side of the winding frame body. The placing frame is located directly below the guide frame, the driving rod is movably installed on the placing frame, the turnover shell is sleeved on the rod body of the driving rod, and the linkage gear is sleeved on the rod body of the driving rod. The rotating gear is installed on the inner wall of the turnover shell, and the pneumatic clamp jaw is arranged outside the turnover shell and coaxially connected with the rotating gear. Through the turnover pneumatic clamp jaw driven by the air cylinder, the gear rack and the linkage gear group, the new film roll is automatically grabbed and transported to the working position in the non-stop state.

This utility model relates to the field of packaging machine technology, and more particularly to a packaging machine for plastic bags, comprising: a main body; columns fixedly connected to both sides of the loading platform; a first rack slidably connected to the columns; a pressure plate fixedly connected between the tops of the two first racks; a first gear rotatably connected to the loading platform; a second gear rotatably connected to the loading platform; a second rack slidably connected to the loading platform; a guide rod fixedly connected to the loading platform; and a push plate slidably connected to the center of the loading platform. This utility model automatically pushes the plastic bag to precisely align with the binding groove, and uses the pressure plate to restrict the position of the plastic bag, creating stable working conditions for the binding operation of the main body, ensuring neat and stable binding, and achieving a dual improvement in packaging quality and efficiency.

The utility model discloses an arrow -piercing corner structure, including two symmetrical setting aluminum frame, the lower part of one end of aluminum frame is close to each other all is provided with linear module, two linear module ends that are close to each other all are provided with arrow -piercing slot, set up arrow -piercing bar in arrow -piercing slot, this arrow -piercing bar is connected with linear module, set up transmission groove between two arrow -piercing slots, and arrow -piercing slot is connected each other through transmission groove, one arrow -piercing slot upper portion is provided with the incoming band transition piece, and the incoming band transition piece top is provided with incoming band R corner spare, the installation of overall structure is convenient, simple and quick, and R corner spare is immobile, only arrow -piercing bar, incoming band guide piece and outgoing band guide piece movement, and the relative space is smaller, and the packing adaptability is stronger, solve the technical problem of difficult installation, maintenance and overhaul due to the fact that the existing packing machine arrow -piercing corner is not integrative setting, and the structure is too big, therefore in the narrow equipment installation space operation is extremely inconvenient, lead.

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.

This utility model discloses a circular wire winding structure, including a support, a processing platform mounted on the support, a wire guide seat at one end of the top surface of the processing platform, and a winding and binding structure at the other end of the processing platform; a servo wire laying structure is located in the middle of the processing platform, and the winding and binding structure includes a servo automatic winding structure and a servo automatic wire binding mechanism; the servo automatic winding structure includes a left support, a right support, a servo drive motor, a planetary reducer, a winding shaft with a stop plate, a telescopic cylinder, and a limit plate. This utility model has a reasonable structural design, improving the efficiency of wire laying and the tightness and effectiveness of winding. The planetary reducer amplifies the torque of the servo drive motor, improving the rotational accuracy during product winding. It avoids the load and vibration caused by the direct connection of the servo drive motor to the drive shaft during transmission, extending the service life of the servo drive motor and improving winding efficiency.

A binding machine includes a magazine configured to accommodate a wire, a wire feeding portion configured to feed the wire accommodated in the magazine, a curl forming portion configured to constitute an annular feeding path for winding the wire fed by the wire feeding portion around a binding object, and a binding portion configured to twist the wire wound around the binding object. The curl forming portion includes a curling guide that curls the wire fed by the wire feeding portion, and a leading guide that leads the wire curled by the curling guide to the binding portion. The magazine includes a feeding path forming portion that forms a feeding path of the wire, and a regulating portion that regulates movement of the wire in a direction intersecting a direction in which the wire is fed in the feeding path forming portion.

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 application relates to the field of winding machine technology and discloses a food packaging bag winding machine, including a base with two symmetrically arranged support plates on the upper surface of the base. This food packaging bag winding machine uses an electromagnetic spring and a pressure sensor to monitor and adjust the pressure of the extrusion rollers on the bag tube in real time, dynamically compensating for changes in material elasticity. This effectively avoids material slippage or breakage due to excessive tightness caused by tension fluctuations, ensuring a stable and reliable winding process. A slotted photoelectric switch directly detects the winding thickness; when the bag roll diameter reaches a set value, it triggers automatic stop, cutting, and an alarm, replacing the traditional indirect control method that relies on motor speed. This avoids length errors caused by uneven material elasticity or thickness, significantly improving cutting accuracy. The cutting mechanism uses a cylinder to drive the cutter to press down quickly, ensuring a clean cut without burrs. After cutting, the extrusion rollers continue to press the bag tube, and with the assistance of an audible and visual alarm, operators can easily tie the bag roll in time, effectively preventing it from loosening.

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.

Provided is a tying machine that can insert a reinforcing bar into an opening between a pair of guide sections even in a site where a gap between the reinforcing bar and the ground is narrow. A reinforcing bar tying machine (1A) includes a feeding section (3) that feeds wire, a guide section (5) that winds the wire fed by the feeding section around a reinforcing bar (S), a twisting section (7) that twists the wire around the reinforcing bar wound by the guide section, and an abutting section (11) that is contacted by the reinforcing bar. The guide section includes a first guide (51) that shapes the wire along the periphery of the reinforcing bar that contacts the abutting section, a second guide (52) that guides the wire shaped by the first guide to the twisting section, and an inducing section (600) that is provided on the front end side of the first guide and induces the reinforcing bar between the first guide and the second guide. The inducing section (600) is configured so that the distance from the abutting section (11) can be changed.

Various embodiments of the present disclosure provide a strapping device including a weld plate; a motor; a weld arm comprising a weld pad and movable between a weld-arm home position and a sealing position; a link movable from a first position to a second position to cause the weld arm to move from the weld-arm home position to the sealing position; a cam engager supported by the link and movable between a cam-engager home position and an actuated position; and a cam configured such that rotation of the cam in one direction causes the cam engager to move from the cam-engager home position to the actuated position and rotation of the cam in the other direction causes the link to move from the first position to the second position to cause the weld arm to move from the weld-arm home position to the sealing position.

The utility model belongs to the technical field of packaging material storage, in particular to a packing belt box for placing packing belts, which comprises a bottom plate, an unwinding chamber and a storage chamber, a packing belt shaft is arranged in the unwinding chamber, and the improvement is that a cutting component and a linkage lifting component are additionally arranged in the unwinding chamber; the linkage lifting assembly comprises a belt pressing plate located on a belt outlet path and a transmission mechanism connected with the belt pressing plate and the blade, when the packing belt is extracted, the packing belt presses the belt pressing plate downwards, and the transmission mechanism drives the blade to move upwards to complete cutting; and after cutting, the belt pressing plate automatically moves upwards and resets under the action of the resetting piece, and the end part of the packing belt is lifted away from the knife edge. The packing belt box solves the problems of inconvenience in taking and potential safety hazards caused by the fact that the belt end is retained near a knife edge after the packing belt box is cut off, and has the advantages of safety in use and convenience in operation.

A webbing capture area includes a first side plate and a first pin, the first pin in a first slot of the first side plate, the first pin providing rotation of the first side plate about the first slot. The webbing capture area further includes a second pin, the second pin fixed in the first side plate distal from the first pin, such that upon rotation of the first side plate, the second pin rotates on a lever arm of the first side plate. The slot has a first position and a second position and when the first pin is in the first position the first side plate is non-rotatable and when the first pin is in the second position the first side plate is rotatable.

This utility model discloses a wire feeding mechanism with an electromagnet brake, relating to the field of wire feeding equipment technology. It includes a passive wire roll for supplying binding wire to a binding gun and rotating it, and a locking member for locking the position of the passive wire roll. A follower disk is coaxially mounted on the passive wire roll, and multiple teeth are arranged in a circumferential array on the outer edge of the follower disk. An interlocking area is formed between any two adjacent teeth. The locking member has a stop bar capable of curved movement, the movement path of which intersects with the movement path of the interlocking area. This utility model, by designing a passive wire roll, relies solely on the traction force of the binding wire to achieve rotary feeding, simplifying the power system structure and reducing energy consumption. Unlike the coaxial locking method for passive wire rolls in the prior art, this application's outer contour locking method for passive wire rolls requires only a simple device to apply a small braking force to achieve braking.

This invention discloses an integrated primary processing machine for leafy vegetables, comprising: a vertical frame and, vertically arranged from top to bottom, a de-yellowing and de-sanding module, a feeding and clamping module, a packaging module, and a root-removing and weighing module. The de-yellowing and de-sanding module includes an airflow de-sanding unit that removes sand using airflow, and a yellow leaf removal unit at the bottom of the airflow de-sanding unit that identifies and removes yellow leaves. The feeding and clamping module includes a vertical feeding port located at the center of the frame and at least one clamping unit for clamping the leafy vegetables. The leafy vegetables falling from the clamping unit enter the root-removing and weighing module, where the root-removing and weighing module cuts off the roots of the leafy vegetables using a root-removing component. Then, the packaging module automatically bundles the leafy vegetables. This invention automates the primary processing of leafy vegetables, solving problems such as low efficiency, high cost, large footprint, and unstable quality in traditional leafy vegetable processing.

The utility model discloses a kind of clamping mechanisms for bar bundling machine, including base, the top of the base is equipped with screw rod, the top of the screw rod is equipped with fixed plate, the bottom of the fixed plate is equipped with U-shaped support frame, U-shaped support frame's bottom is slidably sleeved in the top of screw rod, the top of the fixed plate is equipped with U-shaped seat, the inside of the U-shaped seat is rotatably connected with two clamping plates by pivot symmetry, the side of U-shaped support frame is connected with telescopic mechanism by second L-shaped mounting base, the top of the telescopic mechanism is equipped with strip moving plate, the top of the strip moving plate is connected with connecting rod by hinged seat at both ends, it can be driven to move two connecting rods under the action of strip moving plate by telescopic mechanism, and in turn two clamping plates can be synchronously controlled to rotate, bar is clamped, and bar can be positioned during clamping process, improve use effect.