The invention relates to a method for operating a labelling system which comprises a labelling device (1) having a feed assembly (2), a dispensing assembly (4) and an application assembly (6); wherein at least one of these functional units comprises a sensor assembly (8, 9, 10); wherein, in a labelling routine, a control assembly (11) activates the functional units in order to carry out the labelling process; wherein, in a monitoring routine, a monitoring assembly (12) captures the sensor data detected by the sensor assemblies (8, 9, 10), which data correspond to a sensor capture density specified for the corresponding functional unit; wherein the labelling system comprises a user interface (13). According to the invention, in a user-query routine, a user is prompted by the user interface (13) to input a state relating to a functional aspect of the labelling system, and the input state is transmitted to the monitoring assembly (12), which compares the input state with a specified state and, in the event of deviation, executes an internal response routine in which a sensor capture density, which is changed with respect to the previous sensor capture density, of at least one functional unit is specified; and, following the user query routine, the labelling routine and the monitoring routine are executed using the changed sensor capture density specified from the user query routine.

A label-sensing method includes the steps of aligning a sensor to an exposed portion of a strip of release paper that supports a row of labels, switching the sensor to a setting mode, determining whether an existing threshold is to be used for the roll of labels, transferring an existing threshold to the sensor if an existing threshold is to be used for the roll of labels, using the sensor to scan the exposed portion of the release paper and produce a sensed value if no existing threshold is to be used for the roll of labels, and calculating a threshold based on the sensed value, storing the threshold and transferring the threshold to the sensor.

A packaging line implemented for packaging a pre-filled syringe is disclosed having a NSD mounting station, a PFS delivery arrangement adapted to automatically deliver a pre-filled syringe to the NSD mounting station, and a NSD delivery arrangement adapted to automatically deliver a needle safety device to the NSD mounting station. The NSD mounting station is arranged to automatically assemble the needle safety device to the pre-filled syringe. A NSD visual inspection station is adapted to automatically identify a pre-filled syringe with an unfit needle safety device and to automatically eliminate the identified pre-filled syringe from the packaging line. A re-insertion station is further provided to receive a pre-filled syringe with a needle safety device and to automatically feed the received pre-filled syringe, preferably from a rejected secondary packaging, back into the packaging line, after the NSD mounting station and before the NSD visual inspection station.

A printing apparatus includes a casing, an optical sensor, a second light receiving portion and an adjustment part. The optical sensor includes a light emitting portion and a first light receiving portion. The optical sensor is provided at a position in the vicinity of the outlet and located within a conveying region. The conveying region is an area through which the print medium passes. The second light receiving portion is provided in the vicinity of the optical sensor and positioned outside the conveying region where external light is perceivable. The adjustment part is configured to adjust a sensitivity in the detection of the presence of the print medium by the first light receiving portion. Adjustment of the sensitivity of the first light receiving portion is performed based on an intensity of the external light received at the second light receiving portion.

The application relates to the field of inspection technologies, and discloses an electronic label inspection device, including a frame and a driving apparatus, an inspection apparatus, an unwinding apparatus, and a winding apparatus that are all disposed on the frame. The driving apparatus drives an electronic label tape to move from the unwinding apparatus to the winding apparatus to form a label tape path, the inspection apparatus includes a reading apparatus, the reading apparatus is disposed on the label tape path, and the reading apparatus is configured to read chip content of an electronic label. The application provides the electronic label inspection device to check whether a chip of an electronic label can be read normally, thereby implementing electronic label chip inspection.

An apparatus for testing label-liner separation is provided. The apparatus comprises a roller, a plurality of replaceable printer peel bars, and a weight. Each peel bar associated with its own unique radius for its disengage edge. A label-liner web is fed under the roller and up to a given peel bar of a given radius over the corresponding disengage edge. A string is attached on one end to a liner portion of the web and the weight is attached to the other end of the string with the weight freely hanging unsupported under the liner portion. A label portion of the web is pulled over the disengage edge to determine whether the label portion separates from the liner portion of the web during the pulling. If no separation occurs a different peel bar with a different radius is selected and tried. This repeats until separation is achieved.

Multi-part label systems, and methods for their assembly. A carrier material with a first label and a second label removably adhered thereto is provided. The first label and second label are dispensed from the carrier material and applied to a surface simultaneously.

A high-speed print-and-apply label applicator includes a conveyor system, a control and monitoring system, a label web feeding assembly, a label printer and encoder system, and a tamp pad assembly driven by a linear motor having a shaft that is formed at least partially by a composite material. The tamp pad assembly includes a tamp pad having an upturned label ramp at the trailing edge of the tamp pad, an upturned anti-catch ramp at the leading edge of the tamp pad, and a flexible applicator. The flexible applicator may be secured to the leading edge of the tamp pad and extends at least partially over the generally horizontal surface.

A printing apparatus includes a casing, an optical sensor, a second light receiving portion and an adjustment part. The optical sensor includes a light emitting portion and a first light receiving portion. The optical sensor is provided at a position in the vicinity of the outlet and located within a conveying region. The conveying region is an area through which the print medium passes. The second light receiving portion is provided in the vicinity of the optical sensor and positioned outside the conveying region where external light is perceivable. The adjustment part is configured to adjust a sensitivity in the detection of the presence of the print medium by the first light receiving portion. Adjustment of the sensitivity of the first light receiving portion is performed based on an intensity of the external light received at the second light receiving portion.

A packaging line implemented for packaging a pre-filled syringe is disclosed having a NSD mounting station, a PFS delivery arrangement adapted to automatically deliver a pre-filled syringe to the NSD mounting station, and a NSD delivery arrangement adapted to automatically deliver a needle safety device to the NSD mounting station. The NSD mounting station is arranged to automatically assemble the needle safety device to the pre-filled syringe. A NSD visual inspection station is adapted to automatically identify a pre-filled syringe with an unfit needle safety device and to automatically eliminate the identified pre-filled syringe from the packaging line. A re-insertion station is further provided to receive a pre-filled syringe with a needle safety device and to automatically feed the received pre-filled syringe, preferably from a rejected secondary packaging, back into the packaging line, after the NSD mounting station and before the NSD visual inspection station.