An intermittent drive system includes a rotatable output component, a rotating input component with a driving engagement element, a synchronizing ring and a decoupling ring. The synchronizing ring is coupled to the output element to rotate therewith. The synchronizing ring has a driven engagement element configured to selectively engage with the driving engagement element. The synchronizing ring has an alignment feature configured to rotationally align the driving engagement element with the driven engagement element and has a decoupling feature configured to selectively disengage the driving engagement element from the driven engagement element. The decoupling ring is selectively coupled to the input component and has a decoupling feature configured to selectively engage the decoupling feature of the synchronizing ring. The driving engagement element engages the driven engagement element only when both the alignment feature is rotationally oriented to align the driving engagement element with the driven engagement element and the decoupling features are rotationally oriented to allow the driving engagement element to engage the driven engagement element.

An intermittent drive system includes a rotatable output component, a rotating input component with a driving engagement element, a synchronizing ring and a decoupling ring. The synchronizing ring is coupled to the output element to rotate therewith. The synchronizing ring has a driven engagement element configured to selectively engage with the driving engagement element. The synchronizing ring has an alignment feature configured to rotationally align the driving engagement element with the driven engagement element and has a decoupling feature configured to selectively disengage the driving engagement element from the driven engagement element. The decoupling ring is selectively coupled to the input component and has a decoupling feature configured to selectively engage the decoupling feature of the synchronizing ring. The driving engagement element engages the driven engagement element only when both the alignment feature is rotationally oriented to align the driving engagement element with the driven engagement element and the decoupling features are rotationally oriented to allow the driving engagement element to engage the driven engagement element.

A system, device and method to facilitate tying a knot are provided. In the context of a device, the device includes a fixture defining an internal passage therethrough. The fixture defines a circumferential groove opening through an interior surface of the fixture and into the internal passage. The groove includes first and second groove portions that cross one another. Opposite ends of the groove are coincident and open through an exterior surface of the fixture. With relation to a system, the system includes a fixture and a lead member supply mechanism configured to alternately feed a lead member through the groove and to withdraw the lead member from the groove once the tie member is connected thereto.

A knot-tying head adapted to form a knot with a filament around a cylindrical part, and wherein the knot-tying head includes a first body and a second body, wherein both bodies are configured such that when they are attached they form a hollow space between one another for receiving the part; wherein the first body and the second body include at least one conduit forming a path substantially around the hollow space, and the conduit being adapted to receive the filament, and at least one groove communicating the conduit with the hollow space along all or part of its path, the width of the groove being less than the width of the conduit and greater than the width of the filament used to form the knot.

A knot-tying head adapted to form a knot with a filament around a cylindrical part, and wherein the knot-tying head includes a first body and a second body, wherein both bodies are configured such that when they are attached they form a hollow space between one another for receiving the part; wherein the first body and the second body include at least one conduit forming a path substantially around the hollow space, and the conduit being adapted to receive the filament, and at least one groove communicating the conduit with the hollow space along all or part of its path, the width of the groove being less than the width of the conduit and greater than the width of the filament used to form the knot.

A binding material for binding a bale of crop material has bale identification tags used to identify properties of the bale that is bound by the binding material. The binding material includes at least one strand of a non-identifying filament and one strand of an identifying filament incorporating the identification tags, wherein the identifying filament is formed as a continuous identification element comprising a resonant material incorporated into the identifying filament during a production process.

A binding material for binding a bale of crop material has bale identification tags used to identify properties of the bale that is bound by the binding material. The binding material includes at least one strand of a non-identifying filament and one strand of an identifying filament incorporating the identification tags, wherein the identifying filament is formed as a continuous identification element comprising a resonant material incorporated into the identifying filament during a production process.

The present invention relates to an automatic tying machine for automatically tying binding wires in order to fix crops in a farmhouse or tie bundles or bundled products during distribution. More specifically, the present invention relates to an automatic tying machine which can use binding wires of different thicknesses, in which after a binding wire is drawn into a slot of a whirling binding wire guide device, the binding wire does not slip off from the slot during rotation of a slewing gear to prevent malfunctioning of the automatic tying machine for crops, such that it is possible to accurately and quickly tie crops, bundles or bundled products. Due to these features, the automatic tying machine has remarkable effects that can improve the productivity of work of tying crops, bundles or bundled products and improve work convenience.

Disclosed is an automated module for binding a cable bundle, including eight parts arranged in two halves and having an opening or closing movement around a cable bundle, a lacing tape being pushed between the parts, once the automated module is closed, to form around the cable bundle a first knot or clove hitch followed by a second safety knot as a double knot on the former, before exiting the automated module, followed by a guide releasing movement, tightening the respective knots in the listed order, cutting the ends of the lacing tape and opening the automated module to remove the cable bundle.

Disclosed is an automated module for binding a cable bundle, including eight parts arranged in two halves and having an opening or closing movement around a cable bundle, a lacing tape being pushed between the parts, once the automated module is closed, to form around the cable bundle a first knot or clove hitch followed by a second safety knot as a double knot on the former, before exiting the automated module, followed by a guide releasing movement, tightening the respective knots in the listed order, cutting the ends of the lacing tape and opening the automated module to remove the cable bundle.