摘要:
A cigarette packaging apparatus comprising means (20) for repetitively progressing labels through a print location (42), a signal generator (50) configured to generate a signal indicative of presence of the label (25) as it passes adjacent the print location, a second signal generator (60) configured to generate a signal indicative of a speed of the label at the print location; a fluid jet printer head (40) adjacent the print location and a controller (48) configured to operate the printer head responsively to the first and second signal generators (50 & 60), with an additional arrangement within the packaging apparatus defining a contact-free path portion (20) sufficient for ink to dry at the indicia-bearing portion of the label as the label is progressed beyond the print location.
摘要:
Method for packaging products being prone to decay, such as food products, more particularly vegetables and/or fruit in a synthetic foil, wherein the synthetic foil is perforated in an operation step, converted into a package and filled. The foil is thereby conveyed through a punching device, whereby perforations are punched in the synthetic foil, the perforated synthetic foil is formed as packages having the desired dimensions and these packages are filled with the products and closed.
摘要:
A cigarette cartoner apparatus (10) comprising a folding station (30) configured to wrap a carton blank (14) around a pre-arranged bundle of cigarette packets (36); means (26) for repetitively dispensing carton blanks along a pathway (28); a signal generator (220) adjacent a print location (216) along the pathway; at least one fluid jet print head (202) adjacent the print location; a controller (228) configured to operate the print head responsively to the signal generator; and a guide arrangement (110, 112) within the cartoner defining a contact-free path portion as the carton blank is progressed from said print location.
摘要:
The invention relates to a method for the manufacture of a pack, particularly intended for undergoing preservation treatment, from at least one film (10) comprising two plastic layers, an upper (11) and a lower (12), which form the outer and inner faces of said pack, and a light-metal central layer (13) sandwiched between said upper and lower layers. According to the invention, prior to the operations to make said pack, a laser beam is applied solely to the lower layer of said film, said lower layer forming the inner face of said pack, in order to produce, virtually in the entire thickness of said lower layer, at least one perforation (14) forming at least one precut line.
摘要:
Film avec prédécoupe comprenant au moins deux couches, l'une (I) des couches comprenant une matière plastique et étant prédécoupée suivant au moins une ligne de prédécoupe (L) pour favoriser la déchirure du film. La couche prédécoupée (I) présente une résistance à la déchirure, hors de la ligne de prédécoupe (L), supérieure à celle de l'autre couche (D), et le film présente une résistance à la déchirure, hors de la ligne de prédécoupe, égale à au moins deux fois sa résistance à la déchirure sur la ligne de prédécoupe.
摘要:
The present invention relates to a method for automatically marking paper, board or cellulose web rolls at a slitter for the purpose of identifying the rolls during later finishing steps. Such finishing operations include, e.g., roll transport, rewinding, sheeting or other finishing steps and roll packaging. The roll identification code is also used for material management related to customer rolls. The roll identification information of a roll set leaving the slitter, that is, the sequence of rolls exiting from the slitter as a group are transmitted for the use of the roll marking equipment and the customer rolls are moved away from the slitter area only via the roll marking equipment and new rolls are prevented from entering the slitter area in any other form except as a new roll set. Resultingly, the correct identification data for each roll set is continuously available to the marking equipment.
摘要:
Apparatus for producing image bearing filled gelatin capsules has guide rollers (12 and 16) for directing gelatin ribbon (2, 4) from respective casting drums to an encapsulation station (6). Along the path of at least one ribbon (4) is a transfer station (18) at which images are applied to the ribbon. The images are applied in a pattern which corresponds to the pattern of capsules formed from the ribbon at the encapsulation station (6). Both the rollers (8) at the encapsulation station, and a support roller at or adjacent the transfer station are positively driven, and a control system ensures that the peripheral speed of a support roller (16) in the transfer station (18) is the same as the speed of the ribbon into and through the encapsulation station. The drive motor for the respective support roller in the transfer station is preferably a stepping motor, adjustable to advance or retard relative to the ribbon speed in the encapsulation station (6). Sensors (28, 64) may be included to positively monitor the alignment of ribbon with the encapsulation process. Provision is also made for monitoring the lateral positioning of images on the ribbon, and for shifting the ribbon to accommodate any lateral misalignment.
摘要:
Apparatus for producing image bearing filled gelatin capsules has guide rollers (12 and 16) for directing gelatin ribbon (2, 4) from respective casting drums to an encapsulation station (6). Along the path of at least one ribbon (4) is a transfer station (18) at which images are applied to the ribbon. The images are applied in a pattern which corresponds to the pattern of capsules formed from the ribbon at the encapsulation station (6). Both the rollers (8) at the encapsulation station, and a support roller at or adjacent the transfer station are positively driven, and a control system ensures that the peripheral speed of a support roller (16) in the transfer station (18) is the same as the speed of the ribbon into and through the encapsulation station. The drive motor for the respective support roller in the transfer station is preferably a stepping motor, adjustable to advance or retard relative to the ribbon speed in the encapsulation station (6). Sensors (28, 64) may be included to positively monitor the alignment of ribbon with the encapsulation process. Provision is also made for monitoring the lateral positioning of images on the ribbon, and for shifting the ribbon to accommodate any lateral misalignment.