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    • 75. 发明申请
    • Temperature-sensor fixing holder
    • 温度传感器固定架
    • US20040165648A1
    • 2004-08-26
    • US10785079
    • 2004-02-25
    • YAZAKI CORPORATION
    • Tomohiro IkedaYoshiaki Ichikawa
    • G01K001/00
    • G01K1/14G01K1/143
    • A temperature-sensor fixing holder detachably fixes a temperature sensor to a secondary battery. The fixing holder includes a connecting body made of a rubber and a couple of link bodies. The fixing body is substantial U-shaped in a cross section by connecting the sides of first end portions of the link bodies integrally to both ends of the connecting body respectively. A link opening is formed in the first end portion of each link body, and a notched portion is formed in a second end portion of each link body. The temperature sensor is fixed to the secondary battery according to the following process. After the connecting body is curved to surround the temperature sensor, a couple of hook portions of the temperature sensor are inserted into the link openings respectively. At the same time, lead wires of the temperature sensor are held between the connecting body and the temperature sensor. After central portions of the link bodies are bent toward the secondary battery under that condition, the notched portions are inserted into recesses formed on top ends of protrusions of the secondary battery respectively.
    • 温度传感器固定架将温度传感器可拆卸地固定到二次电池。 固定架包括由橡胶和一对连杆体构成的连接体。 通过将连杆体的第一端部的侧面分别一体地连接到连接体的两端,固定体在截面上呈U形大体。 在每个连杆体的第一端部形成有连接开口,在每个连杆体的第二端部形成切口部。 温度传感器按照以下步骤固定在二次电池上。 在连接体弯曲以包围温度传感器之后,温度传感器的几个钩部分分别插入到连接开口中。 同时,温度传感器的导线保持在连接体和温度传感器之间。 在这种状态下,连接体的中心部分朝向二次电池弯曲之后,将切口部分分别插入形成在二次电池的突出部的顶端上的凹部中。
    • 77. 发明申请
    • Temperature probe and thermometer having the same
    • 温度探头和温度计相同
    • US20040161017A1
    • 2004-08-19
    • US10780933
    • 2004-02-17
    • Hsiao Yi ChangChu Yih Yu
    • G01J005/00G01K007/00G01K001/00
    • G01K1/18G01K13/002
    • A temperature probe for use in a medical thermometer. The temperature probe includes a probe body and a hollow tip member secured to the probe body. The hollow tip member further has an outer wall as a thermal contact surface, an inner wall inside the outer wall, a thermal isolation space formed between the outer wall and the inner wall, and a hollow cavity surrounded by the inner wall. A thermal sensor is disposed within the hollow tip member so as to sense the temperature of the thermal contact surface and produce a temperature signal. A set of transmission wires is connected to the thermal sensor to pass the temperature signal.
    • 用于医用温度计的温度探头。 温度探头包括探针体和固定到探针体的中空尖端部件。 中空的顶端构件还具有作为热接触面的外壁,外壁内的内壁,形成在外壁和内壁之间的隔热空间以及被内壁包围的中空腔。 热传感器设置在中空尖端构件内,以便感测热接触表面的温度并产生温度信号。 一组传输线连接到热传感器以传递温度信号。
    • 78. 发明申请
    • Method and arrangement for controlling the temperature of the outstream flow from a heat exchanger and measuring produced heat
    • 用于控制来自热交换器的流出流的温度并测量产生的热量的方法和装置
    • US20040153280A1
    • 2004-08-05
    • US10698386
    • 2003-11-03
    • Matts Lindgren
    • G01K001/00
    • F28F27/02F24D10/00F24D10/003F24D19/10F24D19/1051Y02E20/14
    • Process and device for controlling the temperature of an outbound secondary flow in a secondary circuit from a heat exchanger by a primary flow in a primary circuit, via a member that regulates the primary flow, influenced by a control unit. The enthalpy difference between inbound and outbound primary flow to and from the heat exchanger and the secondary flow are determined. The flow in the primary circuit is determined, and the parameters are supplied to the control unit for controlling the member, whereby the primary flow is controlled in dependence of the secondary flow, so that power supplied to the heat exchanger substantially equals the sum of the power needed to raise the temperature of the secondary flow from the initial temperature to the desired outbound temperature; the assumed power requirement for compensating for energy stored in the heat exchanger; and the assumed leak power from the heat exchanger.
    • 用于通过主回路中的主流通过调节主流的构件来控制来自热交换器的次级回路中的出站二次流的温度的过程和装置,其受到控制单元的影响。 确定进出热交换器和二次流的入站和出站一次流之间的焓差。 确定初级回路中的流量,并将参数提供给控制单元以控制构件,从而根据二次流量来控制一次流量,使得供给到热交换器的功率基本上等于 将二次流的温度从初始温度升高到期望的出站温度所需的功率; 用于补偿存储在热交换器中的能量的假定功率要求; 以及来自热交换器的假定的泄漏功率。
    • 80. 发明申请
    • Window covering display device
    • 窗户覆盖显示设备
    • US20040037345A1
    • 2004-02-26
    • US10639141
    • 2003-08-12
    • Michael J. McCartyKelly Ann ReedMichael W. Edwards
    • G01K001/00
    • G01W1/17G01K17/20
    • There is provided a display device which comprises a display housing. The display housing has an internal compartment defined by a plurality of connected panels. At least one of the panels is a heat-conducting panel which simulates a glass window. Moreover, a heat source is disposed within the inside compartment for generating heat therein. In addition, a plurality of window coverings each having a specific heat insulation property corresponding thereto are further provided. Each respective one of the plurality of window coverings are removably mountable to the display housing to insulate the heat conducting through the heat-conducting panel from within the internal compartment. By doing so, a consumer is able to determine the heat insulation property of each respective on of the plurality of window coverings.
    • 提供了一种显示装置,其包括显示器壳体。 显示器壳体具有由多个连接的面板限定的内部隔室。 至少一个面板是模拟玻璃窗的导热面板。 此外,热源设置在内部隔间内用于在其中产生热量。 此外,还提供了各自具有与其对应的特定隔热性能的多个窗帘。 多个窗户覆盖物中的每个相应的一个可移除地安装到显示器壳体上,以将通过导热面板的热量隔离在内部隔间内。 通过这样做,消费者能够确定多个窗户覆盖物各自的隔热性能。