Abstract: Printing apparatus includes a controller configured to execute a first selection reception process of receiving selection of a first template, a first print data acquisition process of acquiring first print data, a first incorporation process of incorporating the first print data into a first print object of the first template, a first printing process of generating a first printed matter by the first template, a second selection reception process of receiving selection of a second template, an association determination process of determining whether a second print object satisfy a predetermined association rule with respect to the first print object, a second incorporation process of, when it is determined that the second print object satisfy the predetermined association rule, incorporating the first print data into the second print object of the second template, and a second printing process of generating a corresponding second printed matter by the second template.

Abstract: Printing apparatus includes a controller configured to execute a first selection reception process of receiving selection of a first template, a first print data acquisition process of acquiring first print data, a first incorporation process of incorporating the first print data into a first print object of the first template, a first printing process of generating a first printed matter by the first template, a second selection reception process of receiving selection of a second template, an association determination process of determining whether a second print object satisfy a predetermined association rule with respect to the first print object, a second incorporation process of, when it is determined that the second print object satisfy the predetermined association rule, incorporating the first print data into the second print object of the second template, and a second printing process of generating a corresponding second printed matter by the second template.

Abstract: A microphone apparatus including a vacuum-tube amplifier amplifying an electric signal converted from an acoustic signal includes a thermo-ionic cooling element having two surfaces, in which a first surface is in contact with the vacuum-tube amplifier for absorbing the heat generated from the vacuum-tube amplifier and the absorbed heat is radiated to the exterior from the second surface.

Abstract: A first power supply and output circuit and a second power supply and output circuit for use with a microphone unit having an electrostatic transducer and pre-amplifier transistor is disclosed. DC power to the microphone unit is supplied from the first circuit through a single core cable. An output signal from the microphone unit also passes through the cable to an output transformer in the first circuit. The first circuit has a first battery and the second circuit a DC power source which, when connected to the first circuit, stops drain on the first battery.