Clip machine
A clip machine for dividing and sealing tubular-shaped packaging filled with stuffing having at least two axially spaced pairs of radially opposed displacement elements, relating to the axis of the packaging tube, which are linked to and equipped with a linear guide, to be compressed radially towards one another and then separated axially in pairs, for the local constriction of the filled packaging and the formation of a tubular braid radially-linearly, and a pivotably arranged first sealing tool and a second sealing tool, with the first and second sealing tools being equipped to set and close at least one clamp fastener around the formed tubular braid, to be compressed radially between the axially separated displacement element pairs, the radial movement direction of displacement element pairs coincides with the radial movement direction of sealing tools.
1. Clip machine for dividing and sealing tubular-shaped packaging filled with stuffing comprising:
at least two axially spaced pairs of radially opposed displacement elements, relating to the axis of the packaging tube, which are operatively attached to a first linear guide, the first linear guide extending radially relative to the axis of the packaging tube, to be compressed radially towards one another and then separated axially in pairs, for the local constriction of the filled packaging and the formation of a tubular braid radially-linearly;
a pivotably arranged first sealing tool and a second sealing tool, with the first and second sealing tools being equipped to set and close at least one clamp fastener around the formed tubular braid, to be compressed radially between the axially separated displacement element pairs, the radial movement direction of displacement element pairs coincides essentially with the radial movement direction of sealing tools.
2. Clip machine according to claim 1 , where the first sealing tool is fastened to a first lower closure lever and is mounted and driven pivotably by it.
3. Clip machine according to claim 2 , where the second sealing tool is linked to a second linear guide.
4. Clip machine according to claim 1 , further comprising:
a controller for compressing the sealing tools to overlapping timewise with the radial compression movement and/or the axial separation movement of the displacement element pairs.
5. A method for dividing and sealing tubular-shaped packaging filled with stuffing comprising the steps of:
providing a packaging tube filled with stuffing;
providing at least two axially spaced pairs of radially opposed displacement elements relating to the axis of the packaging tube,
moving the displacement element pairs radially towards one another and then moving the displacement element pairs axially away from one another forming a localized constriction of the filled packaging and a radially-linearly tubular braid;
providing a pivotably arranged first sealing tool and a second sealing tool, with the first and second sealing tools being equipped to set and close at least one clamp fastener around the formed tubular braid;
moving the sealing tools radially towards one another closing the at least one clamp fastener about the formed tubular braid,
the step of radially moving the displacement element pairs coinciding with the step of radially moving the sealing tools.
6. The method of claim 5 where the step of providing the pairs of displacement elements comprises providing pairs of displacement elements operatively attached to a first linear guide, the first linear guide extending radially relative to the axis of the packaging tube.
7. The method of claim 5 where the step of providing a first sealing tool comprises providing a first sealing tool fastened to a first lower closure lever and is mounted and driven pivotably by it.
8. The method of claim 7 where the step of providing a second sealing tool comprises providing a second sealing tool linked to a second linear guide.
9. A method for dividing and sealing tubular-shaped packaging filled with stuffing comprising the steps of:
providing a packaging tube filled with stuffing;
providing at least two axially spaced pairs of radially opposed displacement elements relating to the axis of the packaging tube,
moving the displacement element pairs radially towards one another and then moving the displacement element pairs axially away from one another forming a localized constriction of the filled packaging and a radially-linearly tubular braid;
providing a pivotably arranged first sealing tool and a second sealing tool, with the first and second sealing tools being equipped to set and close at least one clamp fastener around the formed tubular braid;
moving the sealing tools radially towards one another closing the at least one clamp fastener about the formed tubular braid,
the step of radially moving the displacement element pairs coinciding with the step of radially moving the sealing tools,
the step of radially moving the displacement element pairs comprises moving the displacement element pairs essentially in the same radial direction that the step of moving radially moving the sealing tools moves the sealing tools.