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    • 1. 发明授权
    • Self-fusing conductive silicone rubber composition
    • 自熔导电硅橡胶组合物
    • US5807507A
    • 1998-09-15
    • US915782
    • 1997-08-21
    • Tatsuji HiranoTomoyuki OkumuraMitsuhiro Fujimoto
    • Tatsuji HiranoTomoyuki OkumuraMitsuhiro Fujimoto
    • C08K3/04C08K3/36C08K5/14C08K5/55C08K13/02H01B1/22H01B1/24
    • C08K5/55C08K13/02C08K3/04C08K3/36C08K5/14
    • By adding an additive containing boron to a silicone rubber composition, a self-fusing conductive silicone rubber composition is provided, that is easy to use, can be tightly fused without adhesive processing of the tape's surface, can shield electromagnetic waves, prevent static electricity, and is thus very efficient in preventing damages. The silicone rubber composition comprises 100 parts by weight of a high polymerization degree organopolysiloxane, more than 0 but not more than 100 parts by weight of a reinforcement silica powder with a relative surface area of at least 50 m.sup.2 /g, more than 0 but not more than 100 parts by weight of an increased weight quasi-reinforcement filling agent with a relative surface area of at least 2 m.sup.2 /g at least one conducting component selected from the group consisting of more than 10 but not more than 150 parts by weight of carbon black and more than 1 but not more than 400 parts by weight of a metal powder, between 0.1 and 10 parts by weight of a platinum catalyst and a crosslinking agent or an organic peroxide and more than 0.1 but not more than 20 parts by weight of an additive, adjusting the proportion of boron and silicon atoms so that there are at least 1.0 boron atoms for 500 silicon atoms and there are not more than 1.0 boron atoms for 100 silicon atoms.
    • 通过向硅橡胶组合物中加入含有硼的添加剂,提供了自熔导电硅橡胶组合物,易于使用,可以紧密融合,无需胶带表面的粘合处理,可屏蔽电磁波,防止静电, 因此在防止损害方面非常有效。 硅橡胶组合物包含100重量份的高聚合度有机聚硅氧烷,大于0但不超过100重量份的相对表面积为至少50m 2 / g的增强二氧化硅粉末,大于0但不大于0 超过100重量份的增重重量的准加固填充剂,相对表面积为至少2m 2 / g,至少一种导电组分选自大于10但不多于150重量份的 碳黑和大于1但不超过400重量份的金属粉末,0.1至10重量份的铂催化剂和交联剂或有机过氧化物,并且大于0.1重量%,但不超过20重量份 的添加剂,调整硼和硅原子的比例,使得对于500个硅原子存在至少1.0个硼原子,并且对于100个硅原子不超过1.0个硼原子。
    • 2. 发明申请
    • FLOW METER USING DIGITAL SIGNALS
    • 流量计使用数字信号
    • US20070227265A1
    • 2007-10-04
    • US11679993
    • 2007-02-28
    • Tokio SUGITomoyuki OKUMURA
    • Tokio SUGITomoyuki OKUMURA
    • G01F1/24
    • G01F1/24
    • A flow meter using digital signals constructed in a small size and outputting an electric signal of a position of a float in a tapered tube with high accuracy is provided.A first reflecting means 6 has a ray 20 entered from the entering means 5 and reflected, and a second reflecting means 7 reflecting the ray 20 reflected from the first reflecting means 6 toward the first reflecting means 6 at least once. An emitting means 8 has the ray 20 entered and emits it, and an image sensor 9 has the ray 20 from the emitting means 8 entered and outputs an image of the float 3 in the tapered tube 1, while a control portion executes input processing of an image and outputs an electric signal S1 indicating the flow rate of a fluid 2 by detecting the position of the float 3.
    • 提供了使用以小尺寸构造的数字信号并以高精度输出锥形管中浮子位置的电信号的流量计。 第一反射装置6具有从进入装置5进入并被反射的光线20和将从第一反射装置6反射的光线20反射到第一反射装置6的第二反射装置7至少一次。 发射装置8使射线20进入并发射,图像传感器9将来自发射装置8的射线20输入,并将浮子3的图像输出在锥形管1中,而控制部分执行输入处理 通过检测浮子3的位置,输出指示流体2的流量的电信号S 1。
    • 3. 发明授权
    • Flow meter using digital signals
    • 流量计采用数字信号
    • US07469601B2
    • 2008-12-30
    • US11679993
    • 2007-02-28
    • Tokio SugiTomoyuki Okumura
    • Tokio SugiTomoyuki Okumura
    • G01F1/24
    • G01F1/24
    • A flow meter using digital signals constructed in a small size and outputting an electric signal of a position of a float in a tapered tube with high accuracy is provided.A first reflecting means 6 has a ray 20 entered from the entering means 5 and reflected, and a second reflecting means 7 reflecting the ray 20 reflected from the first reflecting means 6 toward the first reflecting means 6 at least once. An emitting means 8 has the ray 20 entered and emits it, and an image sensor 9 has the ray 20 from the emitting means 8 entered and outputs an image of the float 3 in the tapered tube 1, while a control portion executes input processing of an image and outputs an electric signal S1 indicating the flow rate of a fluid 2 by detecting the position of the float 3.
    • 提供了使用以小尺寸构造的数字信号并以高精度输出锥形管中浮子位置的电信号的流量计。 第一反射装置6具有从进入装置5进入并被反射的光线20和将从第一反射装置6反射的光线20反射到第一反射装置6的第二反射装置7至少一次。 发射装置8使射线20进入并发射,图像传感器9将来自发射装置8的射线20输入,并将浮子3的图像输出在锥形管1中,而控制部分执行输入处理 通过检测浮子3的位置,输出表示流体2的流量的电信号S1。
    • 4. 发明授权
    • Flow meter using digital signals
    • 流量计采用数字信号
    • US07219559B2
    • 2007-05-22
    • US11198838
    • 2005-08-05
    • Tokio SugiTomoyuki Okumura
    • Tokio SugiTomoyuki Okumura
    • G01F1/24
    • G01F1/24
    • A flow meter outputs an electric signal of a position a float within a taper-shaped tube precisely. A taper-shaped tube is made of an approximately transparent material, is mounted approximately vertically, and circulates a fluid such as water or the like, and a float is arranged within the taper-shaped tube so as to displace in a vertical direction in correspondence to a flow rate of the fluid. An LED irradiates a light ray to the taper-shaped tube and the float, makes the light ray to transmit through the taper-shaped tube, and generates a transmitted light ray. The image sensor outputs a digital image of the float within the taper-shaped tube, and a control portion 11 executes an input process of the digital signal detects the position of the float, and outputs an electric signal showing a flow rate of the fluid.
    • 流量计精确地输出在锥形管内浮动的位置的电信号。 锥形管由大致透明的材料制成,大致垂直地安装,并且使诸如水等的流体循环,并且在锥形管内布置浮子,以便在垂直方向上相应地位移 达到流体的流速。 LED将光线照射到锥形管和浮子,使光线透过锥形管,并产生透射光线。 图像传感器输出在锥形管内的浮子的数字图像,并且控制部分11执行数字信号的输入处理来检测浮子的位置,并输出表示流体的流量的电信号。
    • 5. 发明申请
    • Flow meter
    • 流量计
    • US20060112772A1
    • 2006-06-01
    • US11198838
    • 2005-08-05
    • Tokio SugiTomoyuki Okumura
    • Tokio SugiTomoyuki Okumura
    • G01F1/24
    • G01F1/24
    • The invention provides a flow meter which is structured in a compact size, and outputs an electric signal of a position of a float within a taper-shaped tube precisely. A taper-shaped tube (1) is made of an approximately transparent material, is mounted approximately vertically, and circulates a fluid (2) such as a water or the like, and a float (3) is arranged within the taper-shaped tube (1) so as to displace in a vertical direction in correspondence to a flow rate of the fluid (2). An LED (4) irradiates a light ray to the taper-shaped tube (1) and the float (3), makes the light ray to transmit through the taper-shaped tube (1), and generates a transmitted light ray (20), the transmitted light ray (20) is input and reflected to a first mirror (7), and the transmitted light ray (20) is input and reflected from the first mirror (7) to a second mirror (8). The transmitted light ray (20) is input from the second mirror (8) to an image sensor (9), the image sensor (9) outputs a digital image (1a, 3a) of the float (3) within the taper-shaped tube (1), and a control portion (11) executes an input process of the digital signal (1a, 3a), detects the position of the float (3), and outputs an electric signal (S1) showing a flow rate of the fluid (2).
    • 本发明提供了一种结构紧凑的流量计,并精确地输出了锥形管内浮子位置的电信号。 锥形管(1)由大致透明的材料制成,大致垂直地安装,并且使诸如水等的流体(2)循环,并且浮子(3)布置在锥形管 (1),以便相应于流体(2)的流量在垂直方向上移位。 LED(4)将光线照射到锥形管(1)和浮子(3)上,使光线透过锥形管(1),产生透射光线(20) ,透射光线(20)被输入并反射到第一反射镜(7),透射光线(20)从第一反射镜(7)输入并反射到第二反射镜(8)。 透射光线(20)从第二反射镜(8)输入到图像传感器(9),图像传感器(9)将浮子(3)的数字图像(1a,3a)输出到锥形 形状管(1),控制部(11)执行数字信号(1a,3a)的输入处理,检测浮子(3)的位置,并输出电信号(S1),显示 流体(2)的流量。