Abstract:
A leader tape housing (10) is provided with a compartment (12) for mounting a reel (R) with a leader tape (L) thereon. Guide means are provided for changing the path of the tape and the plane of the tape. A feeder device (14) is provided in the housing which includes a first roller (52) and a second roller (56) forming a nip therebetween, the second roller being provided with a manually operable handle (60) for driving it. The second roller includes a pair of diametrically opposed arc segments and a pair of diametrically opposed flats, such that the arc segments, when opposite the first wheel, form a nip with the wheels in contact therewith, and when the flats are opposite the first wheel, a gap is formed at the nip, allowing the tape to be pulled through without restraint. A cutting device (16) is mounted on the cutting path on the outside of the housing for moving a knife against a die across the path of the tape, and means are provided for adjusting the angular plane of the knife. An adhesive tape dispenser (1 is also mounted on the housing. The adhesive tape (A) dispenser includes a dispensing wheel having circumferential ribs over which the adhesive surface of the tape passes, and a driving wheel over the dispensing wheel forming a nip therewith and engaging the top surface of the adhesive tape for feeding the adhesive tape through a slot in the housing.
Abstract:
The present invention refers to a container-unroller of film, aluminium sheet or similar wrapped around a roll (5), comprising a tubular body (a), for the accommodation of a roll (5) to be contained, control means for one-way rotation of said roll (5), means for hot electric cut and means for tear cut.
Abstract:
An apparatus for manufacturing magnet segments constituting a field pole magnetic body by cleaving a magnetic body having a coating applied to outer surfaces at a plurality of scheduled cleaving parts includes placing tables on which the magnetic body is to be placed, a pressing unit adapted to cleave the magnetic body by pressing the magnetic body at the scheduled cleaving part arranged between two placing tables, and a cutting unit adapted to cut the coating present at the scheduled cleaving part pressed by the pressing unit after the magnetic body is cleaved.
Abstract:
An apparatus for manufacturing magnet segments constituting a field pole magnetic body by cleaving a magnetic body having a coating applied to outer surfaces at a plurality of scheduled cleaving parts includes placing tables on which the magnetic body is to be placed, a pressing unit adapted to cleave the magnetic body by pressing the magnetic body at the scheduled cleaving part arranged between two placing tables, and a cutting unit adapted to cut the coating present at the scheduled cleaving part pressed by the pressing unit after the magnetic body is cleaved.
Abstract:
A container-unroller for film, aluminum sheet or similar material wrapped around a roll where the container-unroller has a tubular body for the accommodation of a roll to be contained and a means for control of one-way rotation of said roll. A means for making a hot electric cut and a means for making a tear cut are positioned on the same device where the means for making a tear cut are a metallic saw-toothed bar, connected to electric current. means for making a hot electric cut.
Abstract:
A leader tape housing (10) is provided with a compartment (12) for mounting a reel (R) with a leader tape (L) thereon. Guide means are provided for changing the path of the tape and the plane of the tape. A feeder device (14) is provided in the housing which includes a first roller (52) and a second roller (56) forming a nip therebetween, the second roller being provided with a manually operable handle (60) for driving it. The second roller includes a pair of diametrically opposed arc segments and a pair of diametrically opposed flats, such that the arc segments, when opposite the first wheel, form a nip with the wheels in contact therewith, and when the flats are opposite the first wheel, a gap is formed at the nip, allowing the tape to be pulled through without restraint. A cutting device (16) is mounted on the cutting path on the outside of the housing for moving a knife against a die across the path of the tape, and means are provided for adjusting the angular plane of the knife. An adhesive tape dispenser (1 is also mounted on the housing. The adhesive tape (A) dispenser includes a dispensing wheel having circumferential ribs over which the adhesive surface of the tape passes, and a driving wheel over the dispensing wheel forming a nip therewith and engaging the top surface of the adhesive tape for feeding the adhesive tape through a slot in the housing.