阅读说明：本技术 一种超声设备和耦合剂加热装置 (Ultrasonic equipment and couplant heating device ) 是由 赵彦群 陈志武 陈军 朱子俨 于 2018-09-30 设计创作，主要内容包括：一种超声设备和耦合剂加热装置(20),超声设备包括主机(10)和耦合剂加热装置(20),主机(10)上设置有散热孔(11),耦合剂加热装置(20)包括导热管(21)和传热座(22),导热管(21)的一端与主机(10)的散热孔(11)对接或间隔开相对设置,导热管(21)的另一端与传热座(22)连接,传热座(22)上设有与导热管(21)导通的传热孔,传热座(22)用于放置装有耦合剂的耦合剂盒(23)。由于耦合剂加热装置(20)与主机(10)连接,将主机(10)产生的热能传递至耦合剂盒(23)进行加热,利用主机(10)内部自身热能对耦合剂进行加热,不需要增加额外的加热元件和能量输入,实现了能量的回收利用,降低了设备的成本。(The utility model provides an supersound equipment and couplant heating device (20), supersound equipment includes host computer (10) and couplant heating device (20), be provided with louvre (11) on host computer (10), couplant heating device (20) include heat pipe (21) and heat transfer seat (22), the one end of heat pipe (21) and louvre (11) butt joint of host computer (10) or spaced apart relative setting, the other end and the heat transfer seat (22) of heat pipe (21) are connected, be equipped with the heat transfer hole that switches on with heat pipe (21) on heat transfer seat (22), heat transfer seat (22) are used for placing couplant case (23) that are equipped with the couplant. Because the couplant heating device (20) is connected with the main machine (10), the heat energy generated by the main machine (10) is transferred to the couplant box (23) for heating, the heat energy in the main machine (10) is utilized to heat the couplant, no additional heating element or energy input is needed to be added, the energy recycling is realized, and the cost of the equipment is reduced.)