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    • 8. 发明授权
    • Thermal head with buckling exothermic resistor and manufacturing method
thereof
    • 具有屈曲放热电阻的热敏头及其制造方法
    • US5926199A
    • 1999-07-20
    • US733824
    • 1996-10-18
    • Hirotsugu MatobaSusumu HirataYorishige IshiiShingo AbeHiroshi OndaTetsuya Inui
    • Hirotsugu MatobaSusumu HirataYorishige IshiiShingo AbeHiroshi OndaTetsuya Inui
    • B41J2/335
    • B41J2/3357
    • A pair of opposite end portions of a buckling exothermic body as an exothermic resistor are fixed onto a substrate via insulating members. The buckling exothermic body heats with resistance thereof by applying a voltage from a power source to the buckling exothermic body via a switch. As inner temperature of the exothermic resistor reaches a predetermined temperature or higher required for the exothermic resistor to buckle, and a compressive force exceeds a buckling load, the exothermic resistor buckles and distorts towards thermosensible paper from a non-shifted state in which there is virtually no thermal stress. As the buckled and distorted exothermic resistor comes into contact with the thermosensible paper, recording, such as printing, is performed only at the contact portion. This reduces thermal mutual interference between neighboring buckling exothermic bodies. As a result, recording of high resolution and high print quality is performed. Moreover, since, unlike the prior art, there is no need to provide an abrasion protection layer, production costs can be cut down and a smaller and lighter head can be made.
    • 作为放热电阻的翘曲放热体的一对相对端部通过绝缘部件固定在基板上。 弯曲放热体通过将来自电源的电压经由开关施加到屈曲放热体而受到其电阻的加热。 由于放热电阻器的内部温度达到放热电阻器所需的预定温度或更高的压力,并且压缩力超过屈​​曲负载,放热电阻器将从非移动状态向热敏纸片弯曲并变形,其中实际上 无热应力。 当弯曲和变形的放热电阻与热敏纸接触时,仅在接触部分进行记录,例如印刷。 这减少了相邻屈曲放热体之间的热相互干扰。 结果,执行高分辨率和高打印质量的记录。 此外,由于与现有技术不同,不需要设置磨损保护层,可以削减生产成本,并且可以制造更小和更轻的头部。