PRINTER, PRINTER CONTROL METHOD, AND NON-TRANSITORY COMPUTER-READABLE MEDIUM
A controller of a printer executes a radio wave adjustment processing of making at least one of an output of a predetermined communication radio wave or a duty ratio of the predetermined communication radio wave in a subsequent radio wave output cycle subsequent to a radio wave output cycle in which a wireless tag is not activated larger than that in the radio wave output cycle in which the wireless tag is not activated.
1 . A printer comprising:
a feed path configured to allow a continuum to be fed therethrough, the continuum having a plurality of wireless tags provided at predetermined intervals and activated when electric power generated by a predetermined communication radio wave is equal to or greater than predetermined electric power;
a communication unit configured to use an antenna that generates the predetermined communication radio wave to wirelessly communicate with one of the wireless tags in the continuum, which is a wireless tag to be communicated, at a position facing the antenna; and
a controller configured to control an operation of the communication unit to repeatedly output the predetermined communication radio wave from the antenna at a predetermined cycle time, wherein
the controller executes a radio wave adjustment processing of making at least one of an output of the predetermined communication radio wave or a duty ratio of the predetermined communication radio wave in a subsequent radio wave output cycle subsequent to a radio wave output cycle in which the wireless tag is not activated larger than that in the radio wave output cycle in which the wireless tag is not activated.
2 . The printer according to claim 1 , wherein
when the output of the predetermined communication radio wave in the radio wave output cycle in which the wireless tag is not activated is not a predetermined upper limit value, the controller increases the output of the predetermined communication radio wave in the subsequent radio wave output cycle.
3 . The printer according to claim 2 , wherein
when the output of the predetermined communication radio wave in the radio wave output cycle in which the wireless tag is not activated is not the predetermined upper limit value, the controller does not increase the duty ratio of the predetermined communication radio wave in the subsequent radio wave output cycle.
4 . The printer according to claim 2 , wherein
when the output of the predetermined communication radio wave in the radio wave output cycle in which the wireless tag is not activated is the predetermined upper limit value, the controller increases the duty ratio of the predetermined communication radio wave in the subsequent radio wave output cycle.
5 . The printer according to claim 1 , wherein
the controller executes the radio wave adjustment processing on each of the plurality of wireless tags.
6 . The printer according to claim 1 , wherein
the controller executes the radio wave adjustment processing on a leading wireless tag in the continuum, and uses setting values of the output of the predetermined communication radio wave and the duty ratio of the predetermined communication radio wave in a radio wave output cycle in which the leading wireless tag is activated as setting values of the predetermined communication radio wave to be output to each of a plurality of subsequent wireless tags.
7 . The printer according to claim 1 , wherein
the controller executes the radio wave adjustment processing on a predetermined number of wireless tags counting from a leading wireless tag in the continuum, and uses setting values of the output of the predetermined communication radio wave and the duty ratio of the predetermined communication radio wave in a radio wave output cycle in which a wireless tag that takes a longest time to activate among the predetermined number of wireless tags is activated as setting values of the predetermined communication radio wave to be output to each of a plurality of subsequent wireless tags.
8 . The printer according to claim 6 , wherein
the leading wireless tag is the wireless tag to be communicated with which the communication unit first communicates wirelessly after the continuum is loaded in the printer.
9 . The printer according to claim 6 , wherein
the leading wireless tag is the wireless tag to be communicated with which the communication unit first communicates wirelessly after power of the printer is turned on.
10 . The printer according to claim 1 , wherein
the communication unit reads information from the wireless tag and does not write information to the wireless tag.
11 . The printer according to claim 1 , further comprising:
a print unit configured to perform printing on the wireless tag.
12 . The printer according to claim 1 , further comprising:
a housing configured to cover an internal space; and
a functional member provided in at least one of a predetermined inner surface of the housing or the internal space, and configured to reduce an influence of a radio wave on the wireless tag.
13 . The printer according to claim 1 , wherein
a communication method of the wireless tag is BLUETOOTH Low Energy.
14 . A method for controlling a printer, the printer including:
a feed path configured to allow a continuum to be fed therethrough, the continuum having a plurality of wireless tags provided at predetermined intervals and activated when electric power generated by a predetermined communication radio wave is equal to or greater than predetermined electric power;
a communication unit configured to use an antenna that generates the predetermined communication radio wave to wirelessly communicate with one of the wireless tags in the continuum, which is a wireless tag to be communicated, at a position facing the antenna; and
a controller configured to control an operation of the communication unit to repeatedly output the predetermined communication radio wave from the antenna at a predetermined cycle time, the method comprising:
making at least one of an output of the predetermined communication radio wave or a duty ratio of the predetermined communication radio wave in a subsequent radio wave output cycle subsequent to a radio wave output cycle in which the wireless tag is not activated larger than that in the radio wave output cycle in which the wireless tag is not activated.
15 . A non-transitory computer-readable medium storing a computer-executable program for a printer, the printer including:
a feed path configured to allow a continuum to be fed therethrough, the continuum having a plurality of wireless tags provided at predetermined intervals and activated when electric power generated by a predetermined communication radio wave is equal to or greater than predetermined electric power; and
a communication unit configured to use an antenna that generates the predetermined communication radio wave to wirelessly communicate with one of the wireless tags in the continuum, which is a wireless tag to be communicated, at a position facing the antenna, the program causing a computer to execute
a process of controlling an operation of the communication unit to repeatedly output the predetermined communication radio wave from the antenna at a predetermined cycle time, and
a process of making at least one of an output of the predetermined communication radio wave or a duty ratio of the predetermined communication radio wave in a subsequent radio wave output cycle subsequent to a radio wave output cycle in which the wireless tag is not activated larger than that in the radio wave output cycle in which the wireless tag is not activated.