89results about "Binding material application" patented technology

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.

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.

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.

A tension control apparatus controls tension of the material to be rolled when the material to be rolled passed through the final rolling stand of the finishing mill is coiled on a mandrel through pinch rolls. The tension control apparatus is configured to switch rotational driving of the mandrel between speed control and current control. The tension control apparatus includes a selection unit configured to compare torque necessary for the speed control and torque necessary for the current control, and to select small torque as final torque, and an integrator configured to integrate an output of the speed control, and further includes a limit setting unit configured to set, to the integrator, a limit corresponding to a tension reference. The tension control apparatus is configured to prevent an output of the integrator from being saturated.

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.

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.

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.

The present disclosure relates to a packaging apparatus for packaging two or more boxes, e.g. boxes of facial tissue, to form a multi-pack. The packaging apparatus comprises a box supply device supplying at least a first box and a second box; a wrapping material supply device supplying a wrapping material; an adhesive application device applying adhesive to a gluing position on at least one of one or several locations on a first surface of the first box, a first surface of the second box and a wrapping material sheet; and a wrapping device at least partially wrapping the wrapping material sheet around the first box and the second box and establishing contact between the wrapping material sheet and the first box and the second box, respectively, wherein the at least one gluing position is positioned at a contact point between the first surface of the first box and the wrapping material sheet, between the first surface of the second box and the wrapping material sheet, or between a portion of the wrapping material sheet and an overlapping portion of the wrapping material sheet placed on the first surface of the first box or the first surface of the second box.

The utility model relates to the technical field of ribbon machine, especially a kind of stator ribbon machine;The utility model includes motor, mounting seat, vertical forming feed slot is formed on mounting seat, motor has pulley by belt drive, gear set is installed in mounting seat, pulley drives gear set rotation;The bottom of mounting seat has guide block, the front end of mounting seat is vertically installed front cylinder, lower stop portion is driven in front cylinder lower end, and lower stop portion is located the upper end of guide block;Mounting seat rear portion is vertically installed cutter cylinder, cutter is driven in cutter cylinder lower end, and cutter is located the front end of gear set;Front cylinder vertically lifts and moves, to vertically drive lower stop portion lifting, cutter cylinder vertically lifts and moves, to vertically drive cutter vertically lifts and moves, overall structure is relatively simple, compact.

A binding machine includes: an accommodating portion configured to accommodate a wire; a wire feeding portion configured to feed the wire accommodated in the accommodating portion; a curl forming portion configured to constitute an annular feeding path for winding the wire fed by the wire feeding portion around an object to be bound; and a binding portion configured to twist the wire wound around the object to be bound. The curl forming portion includes a curl guide configured to curl the wire fed by the wire feeding portion, and a leading guide configured to lead the wire curled by the curl guide to the binding portion. The accommodating portion is disposed to be offset in one direction with respect to the curl guide. The curl guide is configured to feed out the wire toward the one direction.

This utility model relates to the field of strapping and packaging technology, and more particularly to a brake pad packaging and strapping machine. It includes a brake pad strapping table with a strapping mechanism on its upper side. The strapping mechanism includes a fixed frame, which is fixedly installed on the upper side of the brake pad strapping table. A guide groove is formed on the inner side of the fixed frame, and a sliding cover is laterally slidably installed at the port of the guide groove. Several sets of conveying rollers are fixedly installed on the inner wall of the guide groove. A fixed block is fixedly installed at the bottom of the fixed frame, and an upper through groove is formed on the upper side of the fixed block. A guide roller is rotatably installed on the inner wall of the upper through groove. An ultrasonic transmitter and a miniature cylinder are fixedly installed on the left side of the upper through groove, and a cutter is fixedly installed on the output end of the miniature cylinder. This utility model, through its strapping mechanism, achieves high packaging efficiency, adopts a semi-automatic setup, has tight cooperation between components, and allows for adjustment and control of the strapping force according to needs, resulting in high strapping quality.

The invention relates to an apparatus, arrangement and method for packaging loaded goods (2) that are palleted or arranged on a pallet (1) by winding a paper web (3) around the goods helically whilst simultaneously unwinding the paper web (3) from a paper roll (4), comprising:—a rotary device (5) for rotating the pallet (1) and the loaded goods (2) located on the pallet (1) about a pallet rotational axis (6), —a roll holder (7) with at least one holding extension (8) for rotatably holding a paper roll (4) about a roll rotational axis (9), —an output device (10) for outputting the paper web (3) unrolled from the paper roll (4) in an output direction (11) pointing towards the rotary device (5) or the loaded goods (2), and—a lifting device (12) for changing the height (13) of the output of the paper web (3) from the output device (10), a pivoting device (14) with a pivoting carrier (16) pivotable about a pivot axis (15) being provided to tilt the output direction (11) of the paper web (3).

The utility model discloses a kind of binding structure of automobile engine wire harness, belong to automobile engine wire harness technical field.This kind of binding structure of automobile engine wire harness, including base, fixed assembly, drive assembly and binding assembly, fixed assembly is used to the wire harness both ends fixed, drive assembly is used to drive binding assembly movement and rotation, binding assembly is used to wire harness winding binding, drive assembly includes a pair of connecting frame, one side of a pair of connecting frame is evenly provided with arc sliding slot, sliding connection has annular slide bar between a pair of arc sliding slot, one side of annular slide bar is connected with first gear, the outside one side of one connecting frame is equipped with mounting bracket, one side of mounting bracket is connected with servo motor, the output of servo motor is through mounting bracket, and is connected with second gear, second gear and first gear are mutually engaged, and binding assembly includes connecting block, one side of connecting block is fixedly connected with the side of first gear away from annular slide bar.

The utility model relates to material bundling technical field, specifically disclose a wire bundling mechanism and conveyer, include, the bundling frame installs wire drive mechanism, wire guide ring frame to reach the kink mechanism, the kink mechanism includes clamping assembly and kink subassembly, shearing component, ejector rod and drive assembly, the in -out material conveyor, the in -out material conveyor includes two symmetrical mounting brackets, the utility model discloses the kink, shearing and the mechanical linkage of ejecting of wire, make it adopt a second power source drive direct realization to wire's kink, shearing and ejecting in turn, thereby speed up the tempo of wire processing, and the kink subassembly, shearing component, ejector rod, drive assembly are all integrated installation on the mounting bracket, thereby effectively saved the installation space, and can through direct replacement the equipment handles the existing wire bundling machine in the fault that produces because of kink, shearing or ejecting, thereby reduce the maintenance time length in the production line.

The utility model discloses a kind of glove skin rubber band hoop devices, belong to glove production field.It includes skin rubber band support mouth structure and the glove stack support platform of bearing stacked glove, skin rubber band support mouth structure and glove stack support platform have the relative motion of each other close or away;Skin rubber band support mouth structure includes four skin rubber band support rods of receiving and opening skin rubber band, four skin rubber band support rods are towards the side of glove stack support platform;First set of limit block is arranged between skin rubber band support mouth structure and glove stack support platform, first set of limit block is used to when stacked glove is sleeved into opened skin rubber band, so that skin rubber band and skin rubber band support rod are separated and hoop tightly stacked glove;First set of limit block and skin rubber band support mouth structure between being provided with touch sensor for detecting whether skin rubber band is completely supported on four skin rubber band support rods.The utility model improves the success rate of glove stack hoop.

Various embodiments of the present disclosure provide a strapping device including tensioning-assembly gearing comprising a driven shaft and a first gear, a tension wheel drivable by the tensioning-assembly gearing, a decoupling assembly switchable between a coupled configuration and a release configuration, and a locking device. The decoupling assembly includes a decoupling-assembly shaft operably connected to the first gear, a first engageable element connected to and rotatable with the decoupling-assembly shaft, a second engageable element, and an expandable element circumscribing at least part of the first engageable element and the second engageable element. The locking device substantially prevents rotation of the second engageable element relative to the first engageable element.

A rebar tying tool includes a reel housing, a guide, and an antenna. The reel housing houses a reel on which a tying wire is wound. The guide is located frontward from the reel housing to guide the wire drawn from the reel into a loop. The antenna is located inside the reel housing or at a member included in the reel housing.

A strapping head (1) is disclosed that is configured to wind and tighten a strip-shaped element around a load, the strapping head (1) comprising a containing casing (2) defining at least one chamber that is suitable for containing operating components of the strapping head (1) configured to perform at least: - one winding and tensioning step for winding and tensioning said strip-shaped element around the load, - one cutting step for cutting the strip-shaped element and - one immobilizing step for immobilizing opposite ends of the strip-shaped element so as to form at least one closed loop around the load. At least one through opening (3) arranged for connecting fluidly said at least one chamber to the outside environment is obtained in said containing casing (2). The strapping head (1) further comprises: - blowing means (6) arranged for drawing a fluid to be pressurized from outside the containing casing (2) and sending the fluid to be pressurized to the at least one chamber in the form of a flow of pressurized fluid having a pressure greater than that outside said containment casing (2), the blowing means (6) comprising an inlet (7) for the fluid to be pressurized and an outlet for the flow of pressurized fluid; and - supplying means (9) arranged for placing said blowing means (6) in fluid connection with the containing casing (2) to convey the flow of pressurized fluid from the blowing means (6) to inside the at least one chamber so that by traversing the at least one chamber and exiting the through opening (3) the fluid removes powder material present in the at least one chamber, expels the powder material outside the casing (2) and / or prevents powder material entering the at least one chamber from outside. A strapping apparatus, a wrapping apparatus and a strapping method are further disclosed.

Various embodiments of the present disclosure provide a strapping tool including a support comprising a base, a tensioner, a strap connector, and a strap retainer including a body and a retaining foot. The strap retainer is movable relative to the support between a first position and a second position. The strap retainer is configured such that, when overlapping first and second strap layers are positioned between the strap retainer and the base, movement of the strap retainer from the first position to the second position causes the retaining foot to exert a retaining force on a portion of the first strap layer to retain the portion of the first strap layer between the retaining foot and the base.

A strapping head (1) is disclosed that is configured to wind and tighten a strip-shaped element around a load, the strapping head (1) comprising a containing casing (2) defining at least one chamber that is suitable for containing operating components of the strapping head (1) configured to perform at least: - one winding and tensioning step for winding and tensioning said strip-shaped element around the load, - one cutting step for cutting the strip-shaped element and - one immobilizing step for immobilizing opposite ends of the strip-shaped element so as to form at least one closed loop around the load. At least one through opening (3) arranged for connecting fluidly said at least one chamber to the outside environment is obtained in said containing casing (2). The strapping head (1) further comprises: - blowing means (6) arranged for drawing a fluid to be pressurized from outside the containing casing (2) and sending the fluid to be pressurized to the at least one chamber in the form of a flow of pressurized fluid having a pressure greater than that outside said containment casing (2), the blowing means (6) comprising an inlet (7) for the fluid to be pressurized and an outlet for the flow of pressurized fluid; and - supplying means (9) arranged for placing said blowing means (6) in fluid connection with the containing casing (2) to convey the flow of pressurized fluid from the blowing means (6) to inside the at least one chamber so that by traversing the at least one chamber and exiting the through opening (3) the fluid removes powder material present in the at least one chamber, expels the powder material outside the casing (2) and / or prevents powder material entering the at least one chamber from outside. A strapping apparatus, a wrapping apparatus and a strapping method are further disclosed.

Various embodiments of the present disclosure provide a strapping device including a rotatable tensioning wheel, a tensioning-and-welding plate linearly movable relative to the tensioning wheel, and a rotary-to-linear converter operably connected to the tensioning-and-welding plate and configured to convert rotational movement into linear reciprocating movement of the tensioning-and-welding plate relative to the tensioning wheel.

This utility model discloses an automatic packaging device for steel strip slitting, specifically relating to the field of steel strip slitting. It includes an operating table with a base on one side. Slide grooves are formed on both sides of the upper end of the base. A hydraulic cylinder is mounted on one side of each slide groove, and a hydraulic rod is sleeved on one side of each hydraulic cylinder. A slider is fixedly mounted on one side of each hydraulic rod. Mounting seats are fixedly connected between the sliders, and a winding roller is positioned between the mounting seats. This utility model outputs power through the hydraulic rods on one side of the hydraulic cylinders, driving the sliders to linearly displace the mounting frame along the slide grooves. The hydraulic drive provides a large thrust, capable of supporting the weight of the mounting frame and the steel strip roll, ensuring stable movement even under heavy loads. Its output is smooth, avoiding rigid impacts and preventing the steel strip roll from swaying, ensuring accurate packaging position. The slide grooves limit the slider trajectory to prevent deviation, ensuring the mounting frame moves along a preset path, guaranteeing consistent packaging position for each batch, and improving automation efficiency and packaging quality stability.