14results about "Bundling articles" patented technology

A prestressed steel strand automatic discharging binding system and a construction method thereof, comprising the following steps: step one, the steel strand to be arranged is inserted into the clamping hole of the storage groove, the motor is turned on to drive the rotation of the storage groove, and the steel strand is wound into the storage groove. Step two, the steel strand passes through the automatic cutting device and the tractor, and when the length reaches the designed length, the automatic cutting device automatically cuts off the steel strand. Step three, after the discharging of the steel strand is completed, the storage groove is rotated to make the steel strands in the multiple storage grooves be synchronously output from the upper part and enter the transition folding box. Step four, the multiple steel strands pass through the transition folding box, the steel strands enter the steel strand receiving cylinder, and then are conveyed to the automatic binding device, and the automatic binding device falls. Step five, the storage groove continues to push until the automatic pushing device clamps the steel strand. The present application solves the technical problems of traditional manual one-by-one traction discharging and binding with iron wire, slow construction speed, and easy rusting and scratching of the steel strand due to storage on the ground, which affects the quality.

The present invention relates to polyester straps, methods of their manufacture, systems and uses thereof, particularly as may be used in binding applications of discrete articles into bundles. The polyester straps comprise voids extending into the interior of the strap from one or more of the surfaces thereof.

The invention relates to a system (10) for packaging and palletizing articles. The system (10) comprises a packaging device (12) for strapping several articles together to form a container and applying a packaging blank to the container to hold the container together. The system (10) further comprises a handling device (14), a compaction device (16), and a palletizing device (18).

A rebar-tying tool includes: a first brushless motor, which feeds a wire that is wound on a reel; a second brushless motor, which twists the wire; a head part, in which the second brushless motor is disposed; a grip part, which extends downward from the head part; a foot part, which is disposed downward of the grip part and to which a battery is connectable; a coupling part, which is disposed forward of the grip part, couples the head part and the foot part, and in which the reel and the first brushless motor are disposed; and a controller, which controls the first brushless motor and the second brushless motor. The controller is disposed in the grip part.

The invention relates to the technical field of garbage recycling, in particular to a plastic bottle and paperboard recycling device which comprises an integral machine body shell, and a compression treatment mechanism used for compressing and treating paperboards and plastic bottles is arranged in an inner cavity of the integral machine body shell and used for compressing and recycling the paperboards and the plastic bottles respectively; the compression treatment mechanism comprises a paperboard compression treatment assembly and a plastic bottle compression treatment assembly which are independently arranged. The paperboard compression treatment assembly and the plastic bottle compression treatment assembly are arranged in an inner cavity of the whole machine body shell. The paperboard compression treatment assembly and the plastic bottle compression treatment assembly each comprise a transfer module communicating with the outside, and the transfer modules are used for transporting treated paperboards or plastic bottles to the outside of the whole machine body shell. The whole machine body shell is integrated with the independent compression assembly and the exclusive transfer module, the structure is compact, immediate recycling can be achieved, the throwing requirements of various scenes can be met, a large amount of space does not need to be additionally occupied, and the application scene of the device is widened.

This invention belongs to the field of dropper technology, specifically relating to an intelligent pre-assembly platform and method for overall droppers in contact wires. It includes an automatic feeding system, an automatic laser engraving system, a robotic arm flexible assembly system, a tension / length detection system, a crimping process detection system, a bundling and labeling system, a frame, and auxiliary devices. The dropper feeding system includes a wire feeding wheel, a winding device, a straightening device, a fusing device, and a servo length-fixing device. The robotic arm flexible assembly system includes a six-axis robotic arm and a crimping quick-change device. The auxiliary devices include a secondary positioning mechanism, a heart-shaped ring / crimping tube spacing control mechanism, and a pad printing device. The quick-change device consists of a hydraulic cylinder, a crimping mold, and a quick-change transition block. This invention shortens the pre-assembly time for a single dropper and the dropper assembly process, adapts to dropper pre-assembly requirements of different specifications, facilitates changing the crimping mold, and allows for easy identification by personnel while preventing damage to the finished product during the bundling process.

The application provides a cutting processing production line for a scrap steel tail coil, which comprises, in sequence along the line, a preparation station, a packing station, a cutting station and a flattening station, and comprises a scrap steel tail coil storage device for temporarily storing scrap steel tail coils to be cut and processed; a packing device for bundling the scrap steel tail coils to be cut and processed by at least one packing belt; a pressing device for pressing the scrap steel tail coils during cutting; a cutting device for cutting the scrap steel tail coils to be cut and processed in the pressed state to obtain at least two scrap steel small coils; a flattening device for flattening the obtained scrap steel small coils to obtain scrap steel finished products; and a transfer device for transferring the scrap steel tail coils to be cut and processed from the scrap steel tail coil storage device to the packing device, transferring the bundled scrap steel tail coils to be cut and processed from the packing device to the cutting device, and transferring the scrap steel small coils from the cutting device to the flattening device.

The disclosure relates to a cutting tool (1) for destructively releasing a cable tie (6), comprising a cutting unit (2) for cutting into the cable tie (6) to be released; a housing unit (3) having a handle element (3a) for holding the cutting tool (1) and an end face (3b) to be placed on the cable tie (6) to be loosened during intended use with a path limiting unit (4), which is designed to limit a path covered by a blade element (2a, 2b) of the cutting unit (2) when cutting the cable tie (6) to be released in such a way that the cable tie (6) is cut but not cut through by the cutting unit (2) when the cutting tool (1) is used as intended in order to provide an improved cutting tool (1) which overcomes the problems known from the prior art, in particular eliminates injury to the bundling good and simplifies the destructive release of a cable tie (6) closed around a cable bundling good.

The utility model relates to linear password sample collector, including sample collector cover, uncovering base, translation conveying roller weighing device and translation conveying roller translation device, the sample collector cover surface open two sample bucket inlets and outlets, sample bucket inlet and outlet butt joint sample bucket conveying roller no.

A binding machine includes: a main handle configured to accommodate a staple; a staple driver supported by the main handle and configured to drive the staple; and a clincher arm rotatably attached to the main handle and including a clincher, the clincher being configured to clinch the staple driven by the staple driver. The staple driver includes: a driving portion that extends in a direction away from the main handle and is configured to drive the staple toward the clincher, and an attachment portion with which the driving portion is attached to the main handle, and the attachment portion extends in a longitudinal direction of the main handle from a side edge of the driving portion.

The invention relates to the technical field of cargo management, in particular to an automatic positioning, bundling and packaging management system for multi-specification cargos, which is characterized in that a surface feature acquisition module is linked with vision and depth sensing equipment, and surface texture images and three-dimensional point cloud data of bamboo boxes to be packaged are accurately captured; the technical limitation that traditional packaging path planning only depends on two-dimensional visual information is broken through, multi-dimensional feature deconstruction is carried out on point cloud data, core feature parameters such as bamboo box surface material hardness distribution, texture fluctuation and local weak areas are comprehensively extracted, and a surface feature data set is generated. On the basis, the mechanical vulnerability value of each pixel point on the surface is calculated point by point based on the data set by means of a vulnerability modeling module, and the abstract material damage resistance of the bamboo box is converted into a visual vulnerability thermodynamic diagram; the method effectively solves the problems that current bamboo box packaging path planning depends on artificial experience, the individual surface feature difference of the bamboo box cannot be accurately adapted, and local stress overload damage is easily caused.

The present disclosure relates to a wire tying machine (100) adapted to tie wire knots (153) that secure reinforcement bars (105, 106) together. The wire tying machine (100) comprises a lid (160, a main body part (102), a trigger (140) and a spool compartment (155) that is adapted to accommodate a wire spool 5 150 comprising a length of wire (151) behind the lid (160). The wire tying machine (100) is arranged to feed (110) a free end (152) of the wire (151) out from an opening in a tying head (101) of the wire tying machine (100). The wire tying machine (100) comprises a control unit arrangement (130) and a sensor arrangement (120), where the sensor arrangement (120) is adapted to detect if the lid (160) is in a closed position (A) or in an opened position (B), and to output a signal to the control unit arrangement (130), which signal is indicative of if the lid (160) is in the closed position (A) or in the opened position (B).

To provide a cutting tool capable of eliminating damage to a bundling implement and simplifying destructive release of a cable tie fastened around a cable bundling implement.SOLUTION: A cutting tool (1) comprises: a cutting unit (2) for cutting into a cable tie to be released; a housing unit (3) having a handle element (3a) for holding the cutting tool (1) and an end face (3b) to be placed on the cable tie to be loosened during intended use; and a path limiting unit (4). Therein, the path limiting unit (4) is designed to limit a path covered by blade elements (2a, 2b) of the cutting unit (2) when the cable tie to be released is cut, in such a way that the cable tie is cut but not cut through by the cutting unit (2) when the cutting tool (1) is used as intended in order to provide an improved cutting tool (1).SELECTED DRAWING: Figure 1

A multipack machine for grouping and labeling individual packages (50) is described, comprising a feed conveyor (10) via which the individual packages (50) are fed at a transfer point (11) to a indexing conveyor (20) rotating in a predetermined conveying direction (x), wherein the indexing conveyor (20) has carrier plates (21) at discrete intervals, on the first side (21a) of which a predetermined number of individual packages (50) can be grouped, and the grouped individual packages (50) are fed to a labeling assembly (30) arranged in the conveying direction (x) downstream of the transfer point (11). The invention was therefore based on the objective of providing a multipack machine that produces a tightly assembled multipack and a freely selectable number of individual packages within certain limits.The problem is solved by arranging a clamping device (40) between each carrier base (21) which acts on the grouped individual packages (50).