A slide block-based positioning mechanism and an automatic tie tool having the same. The slide block-based positioning mechanism includes a slide block and a guide rail. The slide block fits the guide rail. The guide rail limits five degrees of freedom of the slide block. The slide block slides in a length direction of the guide rail. A head portion of a tie is arranged at a predetermined position at the slide block. The slide block pushes the tie from the predetermined position to a tie installation position.

A slide block-based positioning mechanism and an automatic tie tool having the same. The slide block-based positioning mechanism includes a slide block and a guide rail. The slide block fits the guide rail. The guide rail limits five degrees of freedom of the slide block. The slide block slides in a length direction of the guide rail. A head portion of a tie is arranged at a predetermined position at the slide block. The slide block pushes the tie from the predetermined position to a tie installation position.

A packing strap length cutting device includes a main body and a control device. The main body has a first frame and a second frame. A strap pulling unit, a calculation unit and a sensing unit are electrically connected to the control device. The strap pulling unit is connected to a strap connecting unit. Thereby, a packing strap can be automatically pulled out a predetermined length through the strap pulling unit, and then the strap cutting unit is driven by a driving member of the strap pulling unit to cut the packing strap in the predetermined length, assisting a user in completing the cutting operation quickly.

A packing strap length cutting device includes a main body and a control device. The main body has a first frame and a second frame. A strap pulling unit, a calculation unit and a sensing unit are electrically connected to the control device. The strap pulling unit is connected to a strap connecting unit. Thereby, a packing strap can be automatically pulled out a predetermined length through the strap pulling unit, and then the strap cutting unit is driven by a driving member of the strap pulling unit to cut the packing strap in the predetermined length, assisting a user in completing the cutting operation quickly.

A baling press for baling cotton gin trash and other particulate biomass feedstock. The baling press includes an infeed chute assembly, a compression ram assembly, an extrusion chamber assembly, a strapping storage and dispensing assembly, and a strapping insertion assembly. Methods of producing a bale with the baling press and a bale generated by the baling press are also described.

A baling press for baling cotton gin trash and other particulate biomass feedstock. The baling press includes an infeed chute assembly, a compression ram assembly, an extrusion chamber assembly, a strapping storage and dispensing assembly, and a strapping insertion assembly. Methods of producing a bale with the baling press and a bale generated by the baling press are also described.

A binding machine includes a wire feeding unit, a curl forming unit, a cutting unit, a binding unit, and a transmission unit that transmits movement of the binding unit to the cutting unit. The binding unit includes a locking member that locks a wire, a sleeve that actuates the locking member, and a rotary shaft that actuates the sleeve. The transmission unit includes a displacement member to be displaced by movement of the sleeve, and a transmission member that transmits movement of the displacement member to the cutting unit. The cutting unit includes a movable blade part connected to the transmission member. The displacement member switches an amount of movement of the movable blade part and a force that can be generated by the movable blade part, within a moving range of the movable blade part.

A binding machine includes a wire feeding unit, a curl forming unit, a cutting unit, a binding unit, and a transmission unit that transmits movement of the binding unit to the cutting unit. The binding unit includes a locking member that locks a wire, a sleeve that actuates the locking member, and a rotary shaft that actuates the sleeve. The transmission unit includes a displacement member to be displaced by movement of the sleeve, and a transmission member that transmits movement of the displacement member to the cutting unit. The cutting unit includes a movable blade part connected to the transmission member. The displacement member switches an amount of movement of the movable blade part and a force that can be generated by the movable blade part, within a moving range of the movable blade part.

A multiple strapping device that provides an uninterrupted ejection cycle for a bale while at the same time strategically placing the straps, or wire ties, onto the bale, through use of a series of corkscrews which hold the straps or wire ties and advance the strap, or wire ties, as the corkscrew is rotated therein releasing the strap, or wire ties, onto the bale.

An automated tying tool includes slider, guide rail, first guide claw, second guide claw, frame, tensioning wheel, cutter, stepwise material feeding mechanism, and material pushing rod. First and second guide claws are mounted on frame via rotation of central pin. Cutter and tensioning wheel are mounted in frame. Guide rail is adjacent to frame. Slider engages with guide rail. An automated tying method includes: stepwise material feeding mechanism being loaded with ties, and conveying ties at fixed interval in each binding cycle; slider driving ties to slide from predetermined position to binding position; tie body of ties being curled in guide slots in first and second guide claws; causing tail portion of ties to pass through a hole at head portion of ties; tensioning wheel rotating to tighten ties; and cutter cutting tightened ties. A tying tool may include a material feeding, distributing, and pushing mechanism.