A wireless tag processing device includes a wireless tag reader-writer and a processor configured to acquire first and second sets of parameter values, control the reader-writer to transmit a radio wave using each parameter value of the first set and acquire a first intensity of a response wave from a wireless tag, when a highest first intensity satisfies a first condition, determine a parameter value of the first set corresponding to the highest intensity as a parameter value to be used by the reader-writer, and when the highest intensity does not satisfy the condition, control the reader-writer to transmit a radio wave using each parameter value of the second set and acquire a second intensity, and when a highest second intensity satisfies a second condition, determine a parameter value of the second set corresponding to the highest second intensity as the parameter value to be used by the reader-writer.

In a printer, a controller determines a type of print medium currently mounted in a mount portion, and acquires a first set of print data correlated with a first medium type and a second set of print data correlated with a second medium type. In a case that a print medium of the first medium type is mounted in the mount portion, a print portion prints a first print image based on the first set of print data, and thereafter prints a second print image based on the second set of print data. In a case that a print medium of the second medium type is mounted in the mount portion, the print portion prints the second print image based on the second set of print data, and thereafter prints the first print image based on the first set of print data.

A roll holder is for a label roll of linerless labels wound in a crosswise manner. The roll holder has: a horizontally arranged spindle, which is held by a stand on at least one side, and a rotatable roll mount, which is oriented in parallel with the spindle, and which is mounted on the spindle. The roll mount is mounted on the spindle in a linearly displaceable manner using at least one linear bearing.

A wristband configuration for receiving an accessory is described herein. In some implementations, a wristband includes a first side that includes a printable section of the wristband that includes a print coating. The wristband may include a second side, opposite the first side, that includes. The wristband may include may include a comfort coating, and an adhesive material on an adhesive section of the wristband. The wristband may include a receiving hole pattern that is configured to receive an accessory associated with the wristband and secure the accessory to the wristband when worn by a wearer.

A printer includes a thermal head and a controller. The thermal head performs thermal printing on a thermosensitive medium having a background area with a background color being an unprinted color and a pre-print area, which is an area colored in advance, with a pre-print color different from the background color. The controller performs printing processing of causing the thermal head to execute the thermal printing in which a print area, which includes at least a part of the pre-print area, of the thermosensitive medium is printed with a print color different from both the background color and the pre-print color, and an overlapping area of the pre-print area, which overlaps with the print area, is printed with a specific color different from the pre-print color.

A publisher configured to record data on a medium by a first media drive and a second media drive and including a publisher controller and a publisher storage, the publisher controller being configured to detect a type of a medium on which data is recordable by the first media drive and detect a type of a medium on which data is recordable by the second media drive, the type of the medium on which data is recordable by the first media drive and the second media drive being defined as a recording target type, the type of a medium on which data is recordable by only any one of the first media drive and the second media drive being defined as a non-recording target type, and the publisher being configured to store target type information representing the recording target type and the non-recording target type.

A cutting device, having a full-cutting assembly, a half-cutting assembly, and a cam, is provided. The full-cutting assembly includes a first cutting blade and a facing part to cut a tape fully through in a direction of thickness of the tape by rotating a first arm about a first shaft. The half-cutting assembly includes a second cutting blade and a supporting base to cut the tape partly in the direction of thickness by rotating a second arm about a second shaft. The cam is rotatable bidirectionally about a third shaft and has a cam face, on which a first pressing part to press the first arm and a second pressing part to press the second arm are arranged. A distance between the cam face and the second arm is smaller than or equal to a distance between the cam face and the first arm.

A desktop plastic card printer that is configured to allow installation of a smart card cartridge within an interior space of the printer housing through an opening, for example an opening in a side wall, in the printer housing. Both the mechanical installation and electrical installation of the smart card cartridge occurs via the opening. This allows the desktop plastic card printer to be quickly and easily retrofitted to have the ability to electronically read data from and/or electronically program data on an integrated circuit chip of a plastic card. The retrofitting can take place without using any mechanical tools and without having to remove the entire, or a substantial portion of, the printer housing.

A tape cassette that includes a tape cassette that includes a housing having a top surface, a bottom surface, a rear wall, a front wall, and a tape feed exit located on the front wall, a tape included at least partially within the housing and configured to be fed along a tape feed path extending to the tape feed exit, and a first indicator aperture positioned on the front wall and a second indicator aperture position on a rear portion of the bottom surface. A position of the first indicator aperture on the front wall indicates a type of the tape included within the housing. A position of the second indicator aperture indicates a color of characters.

A tape cassette that includes a tape cassette that includes a housing having a top surface, a bottom surface, a rear wall, a front wall, and a tape feed exit located on the front wall, a tape included at least partially within the housing and configured to be fed along a tape feed path extending to the tape feed exit, and a first indicator aperture positioned on the front wall and a second indicator aperture position on a rear portion of the bottom surface. A position of the first indicator aperture on the front wall indicates a type of the tape included within the housing. A position of the second indicator aperture indicates a color of characters.