Provided is a film attachment apparatus and a film transport method by which it is easy to switch a film each time, and a film attachment apparatus including the film transport apparatus. The film transport apparatus includes: a film holding unit configured to hold a long-length film; and a film cutting unit configured to cut out the film, in which the film holding unit holds the plurality of films, and the film transport apparatus further includes: a temporary holding unit configured to include a plurality of temporary holding mechanisms that temporally hold the films between the film holding unit and the film cutting unit; and a first transport arm configured to select and pull out one film from the plurality of films which are held in the temporary holding unit.

The disclosure discloses a label producing apparatus including a driving roller, a driven roller, a driving force transmission mechanism, and a coordination adjusting mechanism. The driving roller is disposed to a downstream side of a movable blade on a tape feeding path and configured to contact and discharge a label tape. The driven roller is configured to advance and retreat with respect to the tape feeding path. The driving force transmission mechanism is configured to perform a switching operation between a transmission state where a driving force of a motor is transmitted to the driving roller and an interruption state where the transmission of the driving force to the driving roller is interrupted. The coordination adjusting mechanism is configured to adjust an advancing and retreating operation of the driven roller, an advancing and retreating operation of the movable blade, and the switching operation of the driving force transmission mechanism into a desired mutually coordinated-mode, these operations being performed by the driving force of the motor in accordance with a rotation of the motor in one direction.

A first feeding unit is configured that is provided in a first printing unit that includes a first recording unit that executes a recording operation for a long strip-like recording medium pulled out from a first holding unit that holds the recording medium in a wound state. The first feeding unit further includes a pair of feeding rollers that sort the recording medium discharged from the first printing unit, to the side of a second printing unit stacked on the first printing unit or to the side opposite to that of the second printing unit. The first feeding unit temporarily accommodates the sorted recording medium and thereafter, feeds the recording medium to a guide path, and sorts the recording medium fed by the pair of feeding rollers, to the side of the second printing unit using a sorting part.

A continuous manufacturing apparatus for an optical display unit which allows for laminating a sheet of optical functional film with a panel member, even when length of each of their long sides is wide, without lowering lamination accuracy and/or increasing generation of bubbles by lamination. In a RTP system using laminating rollers having sufficient length not being bent by their own weight, when using a sheet of optical functional film which each of long sides is longer than the length of the laminating rollers, each of the sheets of optical functional film is conveyed on a band of carrier film in a continuously aligned state such that each of short sides extend in a direction crossing a conveying direction, and peeled from the band of carrier film at a laminating part to be laminated with one of opposite surfaces of the panel member.

A system for manufacturing a display unit including: a transport unit which transports an optical film comprising a polarizing film, an adhesive layer, and a release film, by a predetermined transport length and stops the transport of the optical film; a cutting unit which cuts the optical film in a width direction at a predetermined cutting position without cutting the release film; a separating unit which separates the release film from the polarizing film at the cutting position; and an attaching unit which attaches the polarizing film, from which the release film is separated, to a panel. The transport unit includes a horizontal roll satisfying the following conditional expression:

I*n<H<I*(n+1) in which I is the predetermined transport length, n is an integer equal to or greater than 0, and H is a horizontal distance between a rotation center of the horizontal roll and the cutting position.

The present disclosure is in one aspect to a dispenser for rolled sheet materials. The dispenser includes a feed roller that is rotatably mounted to a housing of the dispenser housing, and that is configured to feed a predetermined amount of sheet material from the supply of sheet material through a discharge provided along the housing of the dispenser. The dispenser also has a feed roller drive assembly with a drive motor, and a belt transmission assembly. The belt transmission assembly has a drive belt coupled to the drive motor and to the feed roller such that rotation of the feed roller is driven by operation of the drive motor.

A taping machine includes: a conveyor to convey the battery cell to a taping part and a finish processing part in this order; a tape supply part configured such that the insulation tape is wound therearound and is moved while being unwound in a direction corresponding to a moving direction of the conveyor; a taping part for attaching the insulation tape to the battery cell, the taping part being configured to cut the insulation tape positioned thereon into a length of 80% to 100% of the length of a to-be-insulated portion and temporality attach the cut insulation tape to the to-be-insulated portion; and a finish processing part for attaching the tape to the battery cell, the finish processing portion pressing the insulation tape in a state in which the battery is received from the taping part so that the insulation tape is attached to the entire to-be-insulated portion.

An electronic dispenser comprising a housing; a feed roller rotatably mounted within the housing; a motor operable to drive rotation of the feed roller, and wherein the motor is at least partially within the feed roller; and wherein actuation of the motor results in a noise level, external to the housing, of less than 53 A-weighted decibels.

When a length in a conveying direction of a margin to be cut off is shorter than a predetermined distance between a cutting part and a second conveying part, a sheet cutting machine feeds a first sheet to the cutting part using a first conveying part while keeping the second conveying part positioned at a conveying path. When the length is equal to or longer than the predetermined distance, the machine feeds the first sheet to the cutting part using the first conveying part after upwardly retracting the second conveying part from the conveying path using a retracting mechanism.

The disclosure discloses a cutting apparatus including a movable blade and a guide device. The movable blade is configured to move along a sliding direction to a cutting position. The guide device includes an upper guide part including a contact part and a lower guide part including at least one guide surface. The contact part is disposed at a position separated from a first blade edge of the fixed blade by a first distance in the transport direction and by a second distance in an upper direction. The at least one guide surface that inclines in an inclination direction in which the at least one guide surface inclines downward at a predetermined angle toward a downstream in the transport direction and is disposed to have an interval of a third distance against the contact part in a direction orthogonal to the inclination direction.