Abstract:
A novel method of binding plurality of pages such that the pages lie flat when book is open which comprise of creating window cut or window slit on the page at a space parallel to the spine of book, die hole punching between the window slit and spine, accomplishing v shaped spine, and stapling between the die hole punching and window slit and a machine which has assembly to window cut, die hole punch and staple resulting in step binding.
Abstract:
A station (S) of application of segments of opening/closing strip on plastic web films suitable to form bags, comprising punching means (U14, U22) of predefined areas of the plastic film for the access to areas of the segments through the film, and welding means (U15, U23) of the strip segments at intervals on the plastic film, wherein the punching means (U14, U22) and the welding means (U15, U23) are positioned along the flow path of the film to act in sequence on the same area in order to, respectively, punch the film and weld the segments in the predetermined points of the plastic film. In particular, the station (S) comprises two operating units (U1, U11; U2, U21), suitable to cooperate from opposite sides with the plastic film, each of which provided with the punching means (U14, U22) and the welding means (U15, U23), angularly staggered with respect to the punching means (U14, U22), and operatively connected with translation means (U31) that move at least one of the operating units (U1, U11; U2, U21) to bring them closer and separated, allowing the execution of the punching of the plastic film by the punching means (U14, U22) and the welding of the strip segment in the punched area of the plastic film, and with motorization means (U12, U21) that rotate the operating units (U1, U11; U2, U21) around longitudinal axes for selectively and alternately arranging the welding means (U15, U23) and the punching means (U14, U22) facing to the plastic film.
Abstract:
A system that converts sheet material into packaging templates includes a converting assembly that performs conversion functions, such as cutting, creasing, and scoring, on the sheet material as the sheet material moves through the converting machine in a first direction. The converting assembly may be mounted on a frame such that the converting assembly is elevated above a support surface. One or more longhead converting tools performs conversion functions on the sheet material in a first direction and a crosshead converting tool performs conversion functions on the sheet material in a second direction in order to create packaging templates.
Abstract:
A modular cutdown machine for window coverings includes a center control module and first and second cutting modules at opposite ends of the center control module. Control, power and cleanup functions are contained within the center control module and are distributed to each of the cutting modules. One cutting module can be operated without the other cutting module in place, and repair or service can be performed by the interchange of modules.
Abstract:
A substance cutter in the form of a tyre cutter 10 comprises cutting action performing equipment 12 in the form of a blade and pulley assembly 20 that includes a cutting edge presenting member 14 in the form of an endless blade 22, holding means for holding a tyre in the form of a tyre holder 16 and an outwardly flaring facility in the form of two wedge shaped tyre stretching formations 18 along which part of the running path of the blade 22 extends. The cutting edge of the blade 22 protrudes from the formations 18 to perform a tyre cutting action once the cutter 10 is in use. The assembly 20 is mounted to a support frame 26 that is displaceably mounted to a base frame 36. The relevant formation 18 ensures that a tyre being cut does not exert a pinching effect on the blade 22.
Abstract:
Disclosed is a method for cutting pieces having a predefined length, i.e. sticks, out of a mass of cheese. In said method, the mass of cheese is shaped into a wide cheese bar (1, 11) having a predetermined thickness in a continuous process, the cheese bar (1, 11) is fed to a cutting device by means of a belt conveyor (2) at a certain conveying rate, the cheese bar (1, 11) is first cut into parallel longitudinal strips using longitudinal cutting means (5), and the longitudinal strips that lie parallel next to each other on the belt conveyor (2) are cut into pieces using a transverse cutting means (4) comprising a transverse cutting knife (12) which extends across at least part of the cheese bar (1, 11). The transverse cutting knife, the movement of which is adjustable, is conveyed along with the cheese bar (1, 11) at the conveying rate during the transverse cutting process. The pieces of cheese obtained following the longitudinal and transverse cutting processes remain on the belt conveyor (2) in order to be discharged.