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    • 2. 发明申请
    • Universal USB cable
    • 通用USB电缆
    • US20060019532A1
    • 2006-01-26
    • US11149099
    • 2005-06-10
    • Laszlo Kiss
    • Laszlo Kiss
    • H01R11/00
    • H01R13/629
    • A USB type A male connector at one end of a length of a 4 wire shielded cable, that connects to the USB port (on all computers which include USB ports) On the other end a USB type A female connector is serially connected to a USB type A male connector, that is serially connected to a USB type B male connector, and that is serially connected to a USB type Mini A male connector ending the assembly. The organization of the serially connected USB connectors can be mixed in any way like starting with a B male connector connecting to an A female connecting to an A male connector or any mixture of above.
    • 在一根4线屏蔽电缆的一端的USB A型公连接器,连接到USB端口(包括USB端口的所有计算机上)另一端USB A型母连接器串行连接到USB A型公连接器,串行连接到USB B型公连接器,并且串联连接到终端组件的USB型Mini A公连接器。 串行连接的USB连接器的组织可以以任何方式混合,如从连接到连接到A公连接器或以上混合物的A母头的B公连接器开始。
    • 7. 发明授权
    • Method of and apparatus for measuring surface temperature of moving
objects, particularly measuring the temperature of fibrous products
particularly of wires during production
    • 测量移动物体表面温度的方法和装置,特别是测量生产过程中特别是电线的纤维制品的温度
    • US4498789A
    • 1985-02-12
    • US436401
    • 1982-10-25
    • Laszlo KissArpad FaludiGyula GrofLaszlo BolyoCsaba SzolgyenIstvan MihadakImre Varga
    • Laszlo KissArpad FaludiGyula GrofLaszlo BolyoCsaba SzolgyenIstvan MihadakImre Varga
    • G01K13/06G01K7/00
    • G01K13/06
    • The invention relates to a method of and an apparatus for measuring surface temperature of especially moving objects, advantageously measuring the temperature of fibrous products, and particularly of wires during production. The essence of the method lies in that two concentric shells not being contiguous with either the object to be measured or with one another are fitted to the object to be measured, temperature is sensed in the two end locations and in the central region of the inner shell, and in the central region of the outer shell, these values are brought to be equal to the value measured in the central region of the inner shell by dissipation or by heat transfer (heating), then temperature is measured in the central region of the inner shell. The essence of the apparatus lies in that it comprises two concentric shells separated from one another, an inner sensing and an outer compensating shell, being provided with heated surfaces, and dissipating elements, respectively. The method and the apparatus according to the invention are suitable for measuring surface temperature of moving elements, particularly of wires, fibres, strips moving at a speed of 0 to 65 m/s, irrespective of surface quality, material, or relatively low temperature ranges, where temperature radiation is hard to measure.
    • 本发明涉及用于测量特别是移动物体的表面温度的方法和装置,有利地测量纤维制品的温度,特别是在生产过程中测量丝线的温度。 该方法的本质在于,不与被测量物体或彼此相邻的两个同心壳体与待测量的物体拟合,在两个端部位置和内部的中心区域中感测温度 壳体,并且在外壳的中心区域中,通过耗散或通过热传递(加热)使这些值等于在内壳的中心区域中测量的值,然后在中心区域中测量温度 内壳。 该装置的本质在于它包括彼此分离的两个同心壳,分别具有加热表面和散热元件的内感测和外补偿壳。 根据本发明的方法和装置适用于测量移动元件的表面温度,特别是测量以0至65m / s的速度移动的电线,纤维,条带的表面温度,而不管表面质量,材料或相对低的温度范围 ,其中温度辐射难以测量。