This invention relates to a kit and method for the joining of two separate lives and families into one. The kit and method may be used in conjunction with a marriage, civil union, vow renewal, or other such ceremony between two individuals, and involves the weaving of two individual materials together in a particular manner so as to achieve a knot, symbolizing the union of the two individuals.

A suture assembly, including a button having two apertures and a suture defining a lumen and forming a double loop, formed by a double trap having a first end and a second end, opposed to the button. A first portion of the suture is threaded through the trap from the first end to the second end, and a second portion of the suture is threaded through the trap from the second end to the first end. The assembly further defines a first single trap, in which the first portion of the suture is threaded through the lumen between the second end and the button. Also defined by the assembly is a third trap, in which the second portion of the suture is threaded through the lumen between the first end and the button. Finally, the double loop is threaded through the two apertures of the button.

A knotter system has a bill hook, a twine receiver, a cutting arm and drive components. The twine receiver is adapted to let the twines slip during a second full rotation of the bill hook so that cutting of the twines is avoided when forming the second knot. The drive components can maintain the cutting arm in the extended position after the second rotation of the bill hook for a predetermined period which is sufficient to allow removal of the second knot from the bill hook.

An automated knotting method for a belt axis bundle includes a belt axis bundle which has an end segment of a thread that is freely extendable and movable. The method is executed by an automated knotting device. The method includes the following steps: forming a first loop with a first part of the end segment; creating a first bent segment with a second part of the end segment and threading the first bent segment through the first loop; twisting the first loop to form a twisted loop; forming a second bent segment with a third part of the end segment and threading the second bent segment through the twisted loop; controlling the second bent segment to rotate around the belt axis bundle and tightening the second bent segment, thereby creating a slip knot that wraps around and is tightened, and is located at an outside of the belt axis bundle.

An automated knotting method for a belt axis bundle includes a belt axis bundle which has an end segment of a thread that is freely extendable and movable. The method is executed by an automated knotting device. The method includes the following steps: forming a first loop with a first part of the end segment; creating a first bent segment with a second part of the end segment and threading the first bent segment through the first loop; twisting the first loop to form a twisted loop; forming a second bent segment with a third part of the end segment and threading the second bent segment through the twisted loop; controlling the second bent segment to rotate around the belt axis bundle and tightening the second bent segment, thereby creating a slip knot that wraps around and is tightened, and is located at an outside of the belt axis bundle.

An article and method for supporting a user in providing and tightening a knot is provided. The article includes a knotting device and thread, including a base section, a thread storage section, and a knot support element including at least one flap folded into a frustoconical shape, being hollow and open on a base end of the frustoconical shape and on a tip end of the frustoconical shape the thread includes a first and a second end opposite the first end along the length of the thread. The first end of the thread is arranged in the thread storage section and the second end of the thread forms a plurality of windings of a non-tightened knot, one of which is arranged on and around an outer surface of the frustoconical shape of the knot support element, the knot support element thereby supporting and holding open the non-tightened knot.

An article and method for supporting a user in providing and tightening a knot is provided. The article includes a knotting device and thread, including a base section, a thread storage section, and a knot support element including at least one flap folded into a frustoconical shape, being hollow and open on a base end of the frustoconical shape and on a tip end of the frustoconical shape the thread includes a first and a second end opposite the first end along the length of the thread. The first end of the thread is arranged in the thread storage section and the second end of the thread forms a plurality of windings of a non-tightened knot, one of which is arranged on and around an outer surface of the frustoconical shape of the knot support element, the knot support element thereby supporting and holding open the non-tightened knot.

A Brunnian link is a link formed from a closed loop doubled over itself to capture another closed loop to form a chain. Elastic bands can be utilized to form such links in a desired manner. The example device provides a means of creating items using Brunnian links of complex configurations. Moreover, the example kit provides a device that allows for the successful creation of unique linked items.

A Brunnian link is a link formed from a closed loop doubled over itself to capture another closed loop to form a chain. Elastic bands can be utilized to form such links in a desired manner. The example device provides a means of creating items using Brunnian links of complex configurations. Moreover, the example kit provides a device that allows for the successful creation of unique linked items.

Arranged in the middle of an upper communication sleeve is a first shutter that is moved back and forth in a horizontal open-close direction to open and close a first communication path that makes the inside of a first bobbin chamber and the inside of a furnace body communicate with each other. Arranged in a middle of a lower communication sleeve is a second shutter that is moved back and forth in a horizontal open-close direction to open and close a second communication path that makes a second bobbin chamber and the inside of the furnace body communicate with each other.