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    • 6. 发明申请
    • TEMPERATURE SENSING LIQUID MEDIUM OF LIQUID-FILLED TEMPERATURE CONTROL DEVICE OF HEAT PRODUCING APPARATUS AND TEMPERATURE CONTROL DEVICE
    • 液体温度控制装置温度控制装置的温度感测液体介质
    • US20130105588A1
    • 2013-05-02
    • US13698701
    • 2010-08-06
    • Chansong WangChiman Ao
    • Chansong WangChiman Ao
    • G05D23/12
    • G05D23/12C09K5/04G01K5/08G01K11/04
    • The present invention relates to a temperature sensing liquid medium of a liquid-filled temperature control device of a heat producing apparatus and the temperature control device are provided. The temperature sensing liquid medium is a mixed solution of any two or three components of water, methanol or alcohol, and ethylene glycol. The temperature control device comprises a temperature sensing part, a power part and a switching part. The temperature sensing part is a capillary (3). One end of the capillary (3) is sealed and the other end is connected with the power part. An enclosed space formed by the capillary (3) and a cavity of the power part is filled with the temperature sensing liquid medium. The power part cooperates with the switching part in such a manner that a snap-type diaphragm (2) combines with a quick flip spring leaf (9). As a result, the present invention can solve the safety problem in electric appliance which is caused by the malfunction of the snap-type diaphragm and the quick flip spring leaf.
    • 本发明涉及一种发热装置的液体填充温度控制装置的温度检测液体介质和温度控制装置。 温度感测液体介质是水,甲醇或乙醇和乙二醇的任何两种或三种组分的混合溶液。 温度控制装置包括温度检测部分,功率部分和开关部分。 温度检测部分是毛细管(3)。 毛细管(3)的一端被密封,另一端与动力部件连接。 由毛细管(3)和动力部件的空腔形成的封闭空间填充有温度感测液体介质。 动力部分与切换部分协作,使得卡扣式隔膜(2)与快速翻转弹簧叶片(9)组合。 结果,本发明可以解决由卡扣式隔膜和快速翻转弹簧叶片的故障引起的电器的安全问题。
    • 7. 发明授权
    • Throwaway plastic thermometer structure
    • 抛出塑料温度计结构
    • US4229975A
    • 1980-10-28
    • US40489
    • 1979-05-21
    • Charles L. Rowe
    • Charles L. Rowe
    • G01K5/08G01K5/22
    • G01K5/22G01K5/08
    • A throwaway thermometer structure (10,110) comprising essentially a synthetic resin wall member (13,113) having a thin gas impermeable layer (11,111) defining the inner capillary bore (12,112) thereof. The outer wall member effectively defines a jacket and the inner layer effectively defines a core tube. Interlock structure (20,120) is provided for effectively accurately maintaining the longitudinal disposition of the jacket and core tube. Such maintained disposition provides effective accurate maintained disposition of a scale (17) or the like, provided on the jacket portion of the thermometer. In one form, the interlock (20) may be directly between the jacket and the core tube. In an alternate form, the interlock (120) is indirectly between the jacket and core tube, being effectively provided between the reservoir bulb (114) and the core tube (111), with the reservoir bulb being fixedly secured to the jacket. The interlock structure may further define a constricted portion (23,123) of the capillary bore for releasably preventing return of the indicator liquid to the reservoir bulb upon completion of the temperature sensing operation. The jacket may be molded in place or provided as a preformed element, as desired.
    • 一种不含温度计的结构(10,110),其基本上包括合成树脂壁构件(13,113),其具有限定其内部毛细管孔(12,112)的薄不透气层(11,111)。 外壁构件有效地限定了护套,并且内层有效地限定了芯管。 提供联锁结构(20,120)以有效地精确地保持护套和芯管的纵向配置。 这种保持的配置提供了设置在温度计的护套部分上的刻度(17)等的有效的准确的维护配置。 在一种形式中,互锁(20)可以直接在护套和芯管之间。 在替代形式中,互锁(120)间接地在护套和芯管之间,有效地设置在储存器灯泡(114)和芯管(111)之间,储存器灯泡固定地固定到护套上。 互锁结构还可以限定毛细管孔的收缩部分(23,123),用于可释放地防止在温度感测操作完成时指示液体返回储存器灯泡。 可以根据需要将护套模塑在适当位置或作为预成型元件提供。