TH29259A - Binding methods and fasteners assist in binding products. - Google Patents

Abstract

The lattice (45) for securing the binding material w and the hook (46) for winding are placed on the oscillating component (43) which is positioned on the pivot (33), and the linearly continuous binding material (w) is fed in a transverse direction across the pivot to engage the lattice (45) to form a starting point which is folded into a U shape, where the binding material (w) is fed to the guiding section (5) to guide the binding material around the product to be bound while acting as two wires by folding the binding material into a U shape. The force of the feed and the lattice (45) and hook (46) rotate together so that the folded end and the back end on the other side of the binding material are twisted together to bind the product. Thus, binding can be achieved securely with a single roll while acting as two wires by automatically folding the linearly continuous binding material.

Claims (20)

1. The product bonding method consists of: the bending step of the bonding material, where the firmly attached end of the bonding material is continuously linearly guided by the bonding material's gripping path, creating resistance to form a starting point where the bonding material is bent into a stable U-shape; the guiding and gathering step, where the aforementioned bonding material is guided around the product to be bonded while the first section is bending into a U-shape; the cutting step, where the rear end of the bonding material is cut from the continuous wire at the appropriate time; and the twisting step, where the bent end and the rear end on the other side of the bonding material are twisted together to wrap around the product to be bonded, with the twisted bent end and the rear end on the other side of the bonding material rotating together as the bonding material's gripping path and the twisting path rotate together. 2. The method of binding the product according to point 1, where the binding material is fed into the clamping part of the binding path from a direction across the axis of rotation so that the apex is firmly attached to the clamping part. 3. The method of binding the product according to point 1 or 2 where the bent end and the rear end of the binding material are twisted together, while the binding material gripping path and the twisting path mentioned above are aligned in the axial direction of the rotation axis. 4. The method of binding the product according to point 1 or 2 where the bent end and the back end of the binding material are twisted together, while the binding material's gripping path and the twisting path mentioned above are aligned directly towards the product to be bound. 5. A method of bonding the product according to point 1 or 2 where, in the aforementioned twisting process, a specified or greater torque is applied to the rotating shaft even after the twisting is complete, where the adjacent portion of the binding material loop, which is hooked onto the hook, is torn and the binding end of the material is released from its hook position. 6. The product binding method consists of: the bending step of the binding material, where the firmly attached end of the binding material is continuously linearly guided by the binding material clamping path to create resistance, forming a starting point where the binding material is bent into a stable U-shape; the guiding and gathering step, where the aforementioned binding material is guided around the product to be bound while the initial section is bending into a U-shape; the cutting step, where the rear end of the binding material is cut from the continuous wire at the appropriate time; and the twisting step, where the bent end and the rear end on the other side of the binding material are twisted together to wrap around the product to be bound, the binding material fed into the clamping part of the binding material clamping path from the direction across the axis of rotation, and the end is interlocked with the aforementioned clamp. 7. The finished product binding machine consists of binding material delivery paths (21, 106, 125, 135) for linearly continuous binding material delivery; binding material clamping paths for clamping the ends of the binding material delivered from the aforementioned binding material delivery paths; guiding and gathering paths (5, 117) for guiding the binding material around the product to be bound while it is bent into a U-shape, where its tight end is secured by the binding material clamping path; a cutting path for cutting the binding material to a predetermined length; and a twisting path for twisting the two opposite ends of the binding material together, with the unique feature that the binding material clamping path is positioned on a rotating shaft that is driven and rotates together with the aforementioned twisting path. 8. The binding device, as described in clause 7, where the material gripping and twisting methods are arranged on the aforementioned pivot point so that it can be positioned directly onto the product to be bound while the twisting is in progress. 9. The binding device as described in clauses 7 or 8, where the binding method and the winding method are arranged on a swivel component which is mounted on the aforementioned pivot in a oscillating manner. 10. The binding device in accordance with clause 9 shall consist of a groove (45) through which the binding material is to be interlocked, which is positioned at the end of the aforementioned swivel component, and the winding method for the binding material shall consist of hooks (46, 95, 123) positioned near the grooves mentioned above. 11. The binding device according to clauses 7 or 10, in which the stationary component for securing the aforementioned rotating shaft is fitted with binding material holes (38, 96) for guiding the aforementioned binding material w in the direction transverse to the axis of rotation; the aforementioned rotating shaft is fitted with binding material through holes (40) which are connected to the binding material guide holes to allow the binding material to extend through in the direction transverse to the axis of rotation; the binding material which is held by the binding material gripping method from the direction transverse to the axis of rotation. 12. The binding device pursuant to clause 11, where the aforementioned cutting path is arranged by the edges of the binding material guide hole and the binding material through hole, and the binding material is cut from the continuous line by a relative rotational movement between the binding material guide hole and the binding material through hole mentioned above. 13. The binding device, as described in clause 9, is positioned so that the aforementioned rotating shaft is directed toward the product to be bound while the twisting process is underway. 14. The binding aid according to clause 13, in which the aforementioned spindle consists of a rotating shaft (83) which is driven by a main motor (80) and the end of the spindle (85) which is placed on a pivot point at its end, and a oscillating component is securely arranged at the end of the spindle so that, as the aforementioned spindle is held straight toward the product to be bound while the twisting is in progress, the end of the spindle (85) oscillates to reduce the radius of rotation of the twisting path. 15. The binding aid consists of: the bobbin holder (2), the drive control (3), the binding mechanism (4), the guiding and collecting section (5), and the binding material cutting section; the aforementioned drive control which consists of the binding material feed motor (15), the main motor (16) for driving and rotating the spindle of the aforementioned binding mechanism, and the control circuit (17) for controlling the binding material feed motor (15) and the main motor (16); the aforementioned drive control (3) which is unique in that it can be detached from the bobbin holder (2) and the binding mechanism (4). 16. A binding aid consisting of a binding material feed motor (101), binding material feed pathways (106, 125, 135) which rotate and are driven by the aforementioned binding material feed motors, the main motor (115, 130), and binding mechanism winding pathways which rotate and are driven by the main motor, is characterized by the fact that such an aid can be separated into at least the binding aid itself (100, 131) in which the binding mechanism is located and at least the separate base (102, 126, 132) in which the binding material feed motor is located, and the binding material is fed from the aforementioned separate base to the binding mechanism of the binding aid by the binding material feed motor (101). 17. The binding aid according to clause 16, in which the main motor (130) is provided on a separate base (132) and the binding mechanism mentioned above rotates and is driven through a flexible shaft (155) from the said motor. 18. The binding assist device according to clause 16, in which the main motor (115) is mounted on the binding assist device mentioned above. 19. The binding aids in accordance with Section 16, in which the binding material feeding pathways mentioned above (106) can be removed from the binding aids (100,131) or the separate base (126). 20. Any one of clauses 16, 17, 18 or 19, in which the aforementioned binding material feed path is located in the binding aid, such binding material feed path rotates and is driven via a flexible shaft from the binding material feed motor (101) located in the separate base (102, 132), and the binding material is drawn from the binding material spool (8) located on the aforementioned separate base (102, 132) to the binding aid (100, 131).