285results about "Binding material removal" patented technology

The present invention relates to a method and a device for removing a cover from a storage box that is closed using a lid-like cover attached thereto at the edges. For removal, the adhesive strength of the cover is reduced in the region of a few of the sealed edges and the cover is then removed by peeling it off the storage box, whereby the cover is peeled off by rolling it onto a roller.

A cylindrical cotton module handling device includes an attachment having a pair of selectively spreadable, powered cylindrical tines adapted for supporting and rotating a module. Each powered tine is constructed from a cylindrical tube supported from a conventional L-shaped fork by a tubular sleeve received on, and dimensioned for fitting closely to, the horizontal leg of the conventional fork. The tubular sleeve is held in place by an L-shaped bracket forming a rearward extension of the sleeve and formed for embracing a region of the convention fork at the junction of its vertical and horizontal legs, with a retaining pin extending through vertical side plates of the bracket at a location just to the rear of the junction. An endless roller chain bearing arrangement is secured in encircling relationship to the tubular sleeve and supports the associated cylindrical tine for rotation. A hydraulic motor drive arrangement is mounted to the sleeve and has a shaft borne chain sprocket meshed with a drive chain carried by a rotating drive plates that are keyed to the cylindrical tube. A hydraulically retractable spike assembly is located inside a forward end section of the cylindrical tube and includes a plurality of spikes mounted for being selectively extended outwardly through holes in the tube for engaging a module wrapping during removal of the wrapping from the module.

A package unbundling station receives bundles of articles to be unwrapped. The station includes a clamp for holding a bundle in a fixed position and a pair of spaced-apart movable cutter assemblies which cut at least one of wrapping and banding on at least two sides of the bundle, resulting in an “open envelope” which is transferred to a work station for easy removal of the articles which are then conveyed for subsequent sorting. In one embodiment, an unbundling station is coupled with a package sorting system and receives banded and/or wrapped bundles of articles and includes at least a pair of spaced-apart movable cutter assemblies which cut at least one of the banding and/or wrapping materials of the bundle and subsequently outputs the opened bundle to an output station for subsequent processing.

The invention discloses a full-automatic film tearing machine which comprises a support, a conveying mechanism, a film lifting mechanism, a conductive rubber covered roller mechanism, a collection board and a comb-shaped film separation mechanism. The conveying mechanism is used for conveying a PCB with film protective films bonded to the two faces; the film lifting mechanism is installed on the support, used for lifting the edges of the film protective films and provided with a first gap where the PCB penetrates; the conductive rubber covered roller mechanism is pivoted to the support, used for bonding and winding the film protective films, located behind the film lifting mechanism in the conveying direction of the PCB and provided with a second gap where the PCB penetrates; the collection board is used for stacking and collecting the film protective films and fixed to the portion, between the conductive rubber covered roller mechanism and the film lifting mechanism, of the support; and the comb-shaped film separation mechanism is installed on the collection board, used for separating the film protective films wound around the conductive rubber covered roller mechanism and located between the collection board and the conductive rubber covered roller mechanism. By the adoption of the full-automatic film tearing machine, the film protective films on the two faces of the PCB can be automatically torn away, the torn-away film protective films can be stably stacked and collected in order layer by layer, and the film tear-away success rate is increased.

The invention discloses an automatic opening device and method for a cigarette box. The device comprises a conveying track, wherein the conveying track conveys cigarette packet cartons; an inner plastic bag cutting machine is arranged on the middle section of the conveying track; four cutting knives are arranged on the inner plastic bag cutting machine and are respectively mounted on four knife holders; the cutting knives are driven by a rotating cylinder; a static weighing device is arranged at the tail end of the conveying track; and a cigarette packet removing device is arranged on one side of the static weighing device. The inner plastic bag cutting machine is added to cut and grab plastic bags of liners, so that a whole box opening process is perfect; and after unpacking is finished, the static weighing device is added to detect measures of cigarette packets, unqualified cigarette packets are removed, production quality of the cigarette packets is guaranteed, and quality control level is improved.

A tool for use in cutting a tie wrap that is bound about at least one wire and a method of operating the tool. The tool includes a housing having a first side and a second side, wherein the first side and the second side are coupled together to define a cavity. The housing further includes a groove formed in the first side and in the second side, wherein the groove is in flow communication with the cavity. A blade is coupled to the first side and positioned with the cavity, wherein the blade includes a cutting surface partially extending into the groove. The tool also includes a spacer coupled to the housing and configured to maintain the wire a distance away from the cutting surface when the housing is applied to the tie wrap.

A cutting tool and method of operating cutting tool. The tool includes a support having a first side and a second side. The tool further includes a handle coupled to at least one of the first side and the second side. The handle includes a blade, wherein the handle is configured to move the blade between a first position and a second position. An alignment guide is coupled to the support. The alignment guide includes a channel configured to receive the blade positioned in the second position.

The invention provides a film tearing mechanism, comprising: a film tearing electric cylinder mounting plate, a film tearing electric cylinder fixed on the film tearing electric cylinder mounting plate and a suction cup, the suction cup is fixed on the moving slider of the film tearing electric cylinder; Electric cylinder mounting plate, lifting electric cylinder fixed on the lifting electric cylinder mounting plate, clamping film cylinder mounting plate fixed on the lifting electric cylinder, clamping film cylinder and film tearing wheel fixed on the clamping film cylinder mounting plate, film tearing The wheel is fixed on the lower end of the clamping cylinder mounting plate, the film tearing wheel is located above a corner of the suction cup, and the lifting electric cylinder drives the tearing wheel to move up and down; the clamping plate is fixed on the clamping cylinder, and the clamping cylinder drives the clamping plate along the Movement in the horizontal direction, when the clamping cylinder is retracted, the clamping plate is in contact with the film tearing wheel. The invention adopts an electric cylinder to realize the forward and backward movement of the green ceramic sheet to realize the precise adjustment of the film tearing speed; the ratio of the upward moving speed of the film to the forward moving speed can be adjusted, thereby realizing the precise adjustment of the tearing film angle value.

The invention belongs to the field of lens production equipment, and particularly relates to a lens mold pouring system. The lens mold pouring system comprises a machine frame, a seal tearing mechanism and a pouring assembly, wherein a retaining mechanism is arranged on the machine frame, and the retaining mechanism fixes a lens mold and drives the lens mold to rotate; the seal tearing mechanism is installed above the seal tearing mechanism and located on the side edge of the retaining mechanism, the seal tearing mechanism is used for grasping the end of an adhesive tape on the surface of thelens mold, and then drives the adhesive tape to separate from the lens mold to form an opening without adhesive tape covering; after the pouring is finished, the seal tearing mechanism is matched withthe retaining mechanism to enable the torn adhesive tape to be re-pasted, and the sealing is completed; and the pouring assembly is connected with the machine frame and located above the retaining mechanism, and the pouring assembly is used for injecting the lens base body into a cavity of the lens mold. The lens mold pouring system changes the way of tearing adhesive tape in the prior art, and improves the production efficiency and quality of the whole pouring system.

A method and apparatus for debanding a compressible bundle. The apparatus includes an End of Arm Tooling (EAT) component which is moved vertically downward over the bundle to a position where holding arms of the EAT component are manipulated to pick up and hold the bundle. At this position, one or more indenters of the EAT component are pressed into an upper surface of the bundle form a trough in the bundle that crosses under a band which surrounds the bundle. A cutting knife assembly of the EAT component is actuated to slide linearly along a longitudinal direction of the trough to cut the band without contacting the surface of the bundle, thereby enabling the band to drop away from the bundle. As a result, the bundle can be debanded without damaging the bags.

The invention discloses a straw package disassembling device and method. Disassembling is automatically completed through the straw package disassembling device. The straw package disassembling device at least comprises a conveying platform, a net film disassembling mechanism installed on the conveying platform, a straw crushing mechanism installed under the conveying platform and an electric control power mechanism installed on a conveying platform frame body; a straw package is placed into the conveying platform and conveyed to the net film disassembling mechanism at first, the electric control power mechanism controls the net film disassembling mechanism to disassemble a net film, and then, the conveying platform continues to convey the straw package with the net film disassembled to the straw crushing mechanism, so that the straw package is broken apart and crushed. According to the straw package disassembling device and method, automatic net film disassembling as well as breaking apart and crushing of the straw package are achieved through the net film disassembling mechanism, the conveying platform and the straw crushing mechanism, manpower is saved, the production efficiency is greatly improved, the bottleneck of large-scale processing is overcome, and an advantageous technical support is provided for straw utilization.

The device is for cutting and removal of wires from bales, such as pulp bales, paper bales and the like. The device is intended to remove all wires from a bale that is provided with at least two wires. The device has two cutting units and two winding units that are positioned pair-wise opposite each other, on one side each of a working location (W), for the pair-wise cutting off and removal of the two wires that are arranged in parallel.

The invention discloses an automatic ton bag unpacking device. The automatic ton bag unpacking device comprises a ton bag with an outer layer and inner tongue double-layer structure, a supporting frame made of an aluminum alloy material and used for mounting components, a rail arranged at the top of the supporting frame and a power device for driving the ton bag to transversely move and longitudinally move along the rail. The automatic ton bag unpacking device is characterized in that disassembling devices, a discharging barrel arranged at the bottom end of the supporting frame, ascending anddescending in the longitudinal direction and connected with an inner tongue in a sleeved mode, an inner bag knife arranged in the discharging barrel, and a barrel hoop arranged at the outer end of thejoint of the inner tongue and the discharging barrel and used for sealing and fixing are further included; and the disassembling devices are connected with three-level hydraulic cylinders through transition pieces separately and are driven by a control unit, the three-level hydraulic cylinders are all fixedly arranged on the supporting frame, the rail for lifting of the inner bag knife is arranged in the discharging barrel, and the inner bag knife drives a rope to ascend and descend in the rail through a motor. By means of the automatic ton bag unpacking device, automatic bag unpacking operation is achieved, and accidental leakage of powder in the bag unpacking process is avoided.

A device is disclosed that can automatically remove lids from trays and place lids on trays. Further the device can sense the presence of a lid on a tray and can sense the dimensions of the tray. Based on the sensed dimensions of the tray, the device can select an appropriate sized lid to place on the tray. In one embodiment of the invention, a device holds a lid with a lid manipulator having lid holders. At least one end mechanism is attached to at least one end of the lid manipulator, and the end mechanism folds the lid flaps of an appropriate lid. Guided by the lid manipulator, lids are then positioned on the tray.

The invention discloses a film stripping and tape removing system. The film stripping and tape removing system comprises a film stripping device and a tape removing device which are arranged sequentially along the material advancing direction, wherein the film stripping device comprises a film absorbing assembly, a cutting assembly and a conveying assembly; the film absorbing assembly comprises atleast one adsorbing body which has a telescopic function and is used for adsorbing films; the cutting assembly comprises a moving mechanism, a cutting part fixedly connected to the moving mechanism and a clamping part; the cutting part is used for performing cutting operation on the films adsorbed by the adsorbing bodies; the clamping part is used for clamping the cut films and feeding the cut films into the conveying assembly; the tape removing device comprises a tape shearing assembly and a tape feeding assembly; the tape shearing assembly comprises a plurality of clamps and shears having lifting functions; the clamps are used for clamping packaging tapes to shear the packaging tapes through the shears; the tape feeding assembly comprises a pushing part and a conveying part; and the pushing part is used for feeding the sheared packaging tapes into the conveying part. The film stripping and tape removing system is multifunctional, and can finish the film stripping and tape removing work efficiently and rapidly.

The invention discloses an intelligent box opening machine. The intelligent box opening machine comprises a box body conveying part, an automatic bundling tape removing device, an automatic adhesive tape cutting device and an automatic blanking device, wherein a cutting station, a removing station and an adhesive tape cutting station are successively arranged along a conveying direction of the boxbody conveying part; the automatic bundling tape removing device comprises a cutter component and a bundling tape removing component; the cutter component is arranged in the cutting station and is capable of cutting bundling tapes at the bottoms of packaging boxes when the box body conveying part is used for conveying the packaging boxes to the removing station; the bundling tape removing component is arranged in the removing station and is capable of removing the cut bundling tapes; the automatic adhesive tape cutting device is arranged in the adhesive tape cutting station and is capable ofcutting adhesive tapes on the packaging boxes; the automatic blanking device is butted with the output end of the box body conveying part and is capable of clamping the packaging boxes, then overturning the packaging boxes and pouring aluminum cover packages out. The intelligent box opening machine has the advantages of high automation degree, high production efficiency and low pollution risk.

The invention discloses an integrated straw unpacking and smashing machine. The integrated straw unpacking and smashing machine comprises a machine shell, an input belt conveyor and an output belt conveyor, wherein the machine shell is internally provided with two groups of unpacking turnplates, the unpacking turnplates are connected through a belt, the unpacking turnplates are connected with an unpacking transmission mechanism, the unpacking transmission mechanism is connected with an unpacking driving motor, the inner portion of the machine shell is provided with the input belt conveyor, theinput belt conveyor is connected with an input transmission mechanism, and the input transmission mechanism is connected with an input driving motor. The integrated straw unpacking and smashing machine has the advantages that the structure is compact, automatic feeding, unpacking, smashing and discharging are integrated into a whole, one machine has multiple purposes, and the integrated straw unpacking and smashing machine is safe and reliable, can save a large amount of manpower and material resources, can greatly improve the production efficiency, and is equipment needed urgently by the straw comprehensive utilization industry.

The invention relates to a device 1 to remove binding materials 2 from packaged bulk goods 3, particularly binding wire or binding cord from compressed cuboid bales as packaged bulk goods. In order to have an automated process during removal of binding materials, a transport unit 4 is provided to transport the packaged bulk goods 3 into a gripping and cutting station 6 at which the package of bulk goods 3 is affixed on the one side by a clamping device 8 and on the other side of the package of bulk goods by a cutting device 7, and binding materials 2 are gripped by the clamping device 8 and cut by the cutting device 7.

The invention discloses an end effector for a film tearing robot and belongs to the technical field of intelligent manufacturing of robots. The end effector comprises an air cylinder, a clamping finger movable mounting rack, a clamping finger fixed mounting rack I, a clamping finger fixed mounting rack II, a vacuum transfer rack, a vacuum chuck, a clamping finger I, a clamping finger II, a clamping block I and a clamping block II. When an air cylinder piston rod moves downwards, the vacuum chuck can tear up a protection film, when the air cylinder piston rod moves upwards, the clamping block Iand the clamping block II can clamp the torn film, and accordingly the protection film is torn apart. The end effector is high in practicability and good in performance, and manual film tearing can be replaced; the torn film can be a protection film of an electronic product, attachment films similar to a protection film for a glass plate and the like can also be torn apart, and the end effector is suitable for industrial production and application and popularization in the market.

In a winding device for removing cut binding material (1) (especially metal bands) from bales, comprising guide(s) for the material, a receiver (2) with a winding surface (4) and a receiving slit (3) for gripping the material (the receiver being rotatable relative to the guides) and a device for axially moving the wound product from the receiver, the winding surface has a polygonal (preferably square) cross-section, the receiver is enclosed by two spaced press parts (5, 6) movable inwards towards the receiver and the inner surface (7) of the press parts is geometrically similar or identical to part of the winding surface.

A bale processing machine that removes a binding from a bale allows for rapid bale processing. A method for removing the binding from the bale includes supporting the bale with a bale support at an elevated positon and securing the binding to a binding engagement device. The method also includes cutting the binding and removing the bale support from beneath the bale, such that at least a portion of the bale falls by gravity away from the binding secured to the binding engagement device.