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    • 2. 发明授权
    • Method for measuring residual radiation-curable monomers or oligomers
    • 残留辐射固化性单体或低聚物的测定方法
    • US5574288A
    • 1996-11-12
    • US423204
    • 1995-04-17
    • Lanny L. HarklauJ. Thomas Simpson
    • Lanny L. HarklauJ. Thomas Simpson
    • C09D4/00C09D5/00C09K11/06G01N21/64G01N21/76G01N21/90G01N33/44
    • G01N21/643G01N21/90
    • A method of measuring intensity of radiant energy fluoresced by a fluorescer in a radiation-cured coating. The method comprising the steps of: a) providing a coating comprising: i) a radiation-curable monomer or oligomer; and ii) a fluorescer having an excitation energy at a wavelength .lambda..sub.2, the fluorescer fluorescing radiant energy of a wavelength .lambda..sub.3 ; b) curing the coating by exposure to radiant energy, thereby changing the intensity of radiant energy that would be fluoresced by the fluorescer if exposed to wavelength .lambda..sub.2 ; c) illuminating the radiation-cured coating with excitation energy of a wavelength .lambda..sub.2, wherein at least 50% of the excitation energy is absorbed by the upper 75 .mu.m of the radiation-cured coating; and d) measuring the intensity of the radiant energy fluoresced by the fluorescer at wavelength .lambda..sub.3. The above method can be used to measure the amount of residual radiation-curable monomer or oligomer present in a radiation-cured coating. This method of measuring residual monomer is especially useful where the intensity of the radiant energy fluoresced by the fluorescer at wavelength .lambda..sub.3 changes with the concentration of unreacted radiation-curable monomer or oligomer in the radiation-cured coating.
    • 测量辐射固化涂层中由荧光剂发荧光的辐射能的强度的方法。 该方法包括以下步骤:a)提供涂层,其包括:i)可辐射固化的单体或低聚物; 和ii)具有波长λ2的激发能的荧光剂,波长λ3的荧光发荧光辐射能; b)通过暴露于辐射能量固化涂层,从而如果暴露于波长λ2,则改变由荧光剂发荧光的辐射能的强度; c)用波长λ2的激发能量照射辐射固化涂层,其中至少50%的激发能量被辐射固化涂层的上部75μm吸收; 和d)测量在波长λ3处由荧光剂发出的辐射能的强度。上述方法可用于测量辐射固化涂层中存在的可辐射固化的单体或低聚物的量。 测量残留单体的这种方法特别有用,其中由波长λ3处的荧光剂发出的辐射能的强度随着辐射固化涂层中未反应的可辐射固化的单体或低聚物的浓度而变化。
    • 5. 发明授权
    • Bowstring release mechanism
    • 弓弦释放机制
    • US5575269A
    • 1996-11-19
    • US524269
    • 1995-09-06
    • Lanny L. Harklau
    • Lanny L. Harklau
    • F41B5/18
    • F41B5/1469
    • A bowstring release apparatus for use with a bowstring affixed to a bow is disclosed. The bowstring release apparatus comprises an activation switch connected to a timing device which in turn is connected to a release mechanism. Actuation of the activation switch initiates a time period whose length is established by the timing device. The release mechanism releases the secured bowstring after expiration of the time period. Additionally, a method for improving the shooting accuracy of an archer by providing a bow, a bowstring affixed to the bow, an arrow and a bowstring release apparatus is disclosed. The method includes the archer drawing the bowstring and activating an activation switch. After completion of a time period, the bowstring will automatically be released. The duration of the time period is determined by a timing device which is responsive to the activating of the activation switch.
    • 公开了一种与固定在弓上的弓弦一起使用的弓弦释放装置。 弓弦释放装置包括连接到定时装置的激活开关,该定时装置又连接到释放机构。 启动开关的启动启动长度由定时装置建立的时间段。 释放机制在时间段到期后释放安全的弓弦。 此外,公开了一种通过提供弓形,弓形弓,箭头和弓弦释放装置来提高射箭精度的方法。 该方法包括弓箭手绘制弓弦并激活激活开关。 完成一段时间后,弓弦将自动释放。 时间段的持续时间由响应于激活开关的激活的定时装置确定。