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    • 2. 发明授权
    • Ultrasonic probe
    • 超声波探头
    • US5030874A
    • 1991-07-09
    • US455797
    • 1989-12-28
    • Koetsu SaitoMasami Kawabuchi
    • Koetsu SaitoMasami Kawabuchi
    • B06B1/06G01N29/24
    • G01N29/2437B06B1/0607B06B1/0629G01N2291/0423Y10S310/80
    • Disclosed is an ultrasonic probe using a compound piezoelectric material made of piezoelectric ceramic and organic polymer. On one principal plane of the compound piezoelectric material, electrodes and electric terminals conducting to these electrodes are formed, and these electrodes and electric terminals are divided into a plurality. On the other principal plane of the compound piezoelectric material, a common electrode is provided, and an acoustic matching layer is mounted on it either intact or divided in correspondence to the divided electrodes. By using part of the compound piezoelectric material as the electric terminal take-out portion, the mechanical strength of the electric terminal take-out portion can be improved, which is particularly preferable for the ultrasonic probe driven at high frequency.
    • 公开了使用由压电陶瓷和有机聚合物制成的复合压电材料的超声波探头。 在复合压电材料的一个主平面上形成导电于这些电极的电极和电端子,并将这些电极和电端子分成多个。 在复合压电材料的另一个主平面上,设置有公共电极,并且声学匹配层安装在其上,完整地或对应于划分的电极分开。 通过使用复合压电材料的一部分作为电端子取出部,可以提高电端子取出部的机械强度,这对于在高频下驱动的超声波探头是特别优选的。
    • 6. 发明授权
    • Piezoelectric ultrasonic probe using an epoxy resin and iron carbonyl
acoustic matching layer
    • 压电超声波探头采用环氧树脂和羰基铁声匹配层
    • US4616152A
    • 1986-10-07
    • US668214
    • 1984-11-05
    • Koetsu SaitoKeisaku YamaguchiMasami Kawabuchi
    • Koetsu SaitoKeisaku YamaguchiMasami Kawabuchi
    • A61B8/00B06B1/06G10K11/02H04R1/22H04R17/00H01L41/08
    • B06B1/0622G10K11/02
    • An ultrasonic probe for an ultrasonic medical diagnostic apparatus which is composed of a piezoelectric vibrator with electrodes attached onto both surfaces thereof and one or two acoustic matching layers which are provided on the surface of one electrode of the piezoelectric vibrator. One of the acoustic matching layers is made of thermosetting resin such as epoxy resin mixed with magnetic material. A backing load member which is made of ferrite rubber or plastic mixed with tungsten powder is provided on the surface of the other electrode of the piezoelectric vibrator. An acoustic lens which is made of silicone rubber may be disposed on the upper acoustic matching layer. The acoustic matching layers may be formed by pouring the materials, thereby to form the ultrasonic probe without an intermedium of a different kind of material on the piezoelectric vibrator.
    • 一种用于超声波医疗诊断装置的超声波探头,其由附着在其两个表面上的电极的压电振动器和设置在压电振动器的一个电极的表面上的一个或两个声匹配层组成。 声匹配层之一由热固性树脂制成,例如与磁性材料混合的环氧树脂。 在压电振动器的另一个电极的表面上设置由铁氧体橡胶或与钨粉混合的塑料制成的背衬负载构件。 由硅橡胶制成的声透镜可以设置在上声匹配层上。 声匹配层可以通过浇注材料形成,从而形成超声波探头,而不需要在压电振动器上使用不同种类材料的介质。
    • 7. 发明授权
    • Blood vessel puncturing device using ultrasound
    • 血管穿刺装置使用超声波
    • US6068599A
    • 2000-05-30
    • US114184
    • 1998-07-13
    • Koetsu SaitoShuko TomisawaToru NibuyaMasami Kawabuchi
    • Koetsu SaitoShuko TomisawaToru NibuyaMasami Kawabuchi
    • A61B8/08A61B17/34A61B8/02
    • A61B8/0841A61B17/3403A61B8/0833A61B8/462A61B2017/3413A61B5/489
    • A blood vessel puncturing device includes an ultrasound sensor which is brought into close contact with a subject body via an ultrasound propagation medium in the form of gel. The ultrasound sensor transmits and receives an ultrasound wave. The device further includes a processor which processes a signal derived from the ultrasound wave received at the ultrasound sensor so as to display an image of the subject body including a superficial blood vessel. While watching the displayed image, an operator sticks a puncturing needle at an angle of not greater than 30 degrees relative to the subject body along an ultrasound scanning surface of the ultrasound sensor and inserts the tip of the puncturing needle into the blood vessel. It may be arranged that a change in blood flow in the blood vessel is detected based on a Doppler signal or a change in luminance at a designated region on the displayed image is detected, and the detected change is notified in the form of an audible sound so that the operator confirms insertion of the puncturing needle into the blood vessel.
    • 血管穿刺装置包括超声波传感器,该超声波传感器经由凝胶形式的超声波传播介质与受检者体紧密接触。 超声波传感器发送和接收超声波。 该装置还包括处理器,其处理从超声波传感器接收的超声波得到的信号,以便显示包括浅表血管的被检体的图像。 在观看显示图像的同时,操作者沿着超声波传感器的超声波扫描面相对于被检体进行30度以下的角度的穿刺针,将穿刺针的前端插入血管内。 可以设置基于多普勒信号或者显示图像上的指定区域的亮度变化来检测血管中的血流变化,并且以可听见的声音的形式通知检测到的变化 使得操作者确认穿刺针插入血管中。
    • 10. 发明授权
    • Arc scan ultrasonic transducer array
    • 电弧扫描超声波换能器阵列
    • US4462092A
    • 1984-07-24
    • US263739
    • 1981-05-14
    • Masami KawabuchiJunichi SatohFumio MuramatsuKoetsu Saitoh
    • Masami KawabuchiJunichi SatohFumio MuramatsuKoetsu Saitoh
    • H04R17/00A61B8/00B06B1/06G01N29/04G01N29/24G01N29/26G01S15/89G10K11/02H01L41/10
    • G01S15/892B06B1/0622G10K11/02
    • A plurality of transducers is arranged successively on a common impedance matching layer of a resilient material. Each transducer comprises an elongated piezoelectric element having a width expansion vibrational mode, a pair of first and second electrodes attached to opposite surfaces of the element across its thickness and an elongated block of an impedance matching material disposed between the second electrode and the common impedance matching layer. The common impedance matching layer is bent to take the shape of an arch to conform to the surface of a frame structure which is convexed in the direction of propagation of ultrasonic energy. The piezoelectric elements are secured to the frame so that they bridge the parallel side members of the frame. The piezoelectric members are divided into a plurality of subgroups, each composed of successively arranged elements. The piezoelectric elements of a given subgroup are selected and energized during each clock interval for transmission of focused ultrasonic energy. The subgroup to be selected is shifted linearly to the next by at least one element in response to successive clock pulses. Becuase of the convex shape of the array, the transmitted energy is successively angulated to provide arc scan.
    • 多个换能器依次布置在弹性材料的公共阻抗匹配层上。 每个换能器包括具有宽度膨胀振动模式的细长压电元件,连接到元件横跨其厚度的相对表面的一对第一和第二电极以及设置在第二电极和公共阻抗匹配之间的阻抗匹配材料的细长块 层。 弯曲公共阻抗匹配层以使拱形形状符合在超声波能量传播方向上凸起的框架结构的表面。 压电元件固定到框架上,使得它们桥接框架的平行侧构件。 压电构件被分成多个子组,每个子组由连续排列的元件组成。 给定子组的压电元件在每个时钟间隔期间被选择和激励以传输聚焦的超声波能量。 所选择的子组响应于连续的时钟脉冲,被至少一个元素线性地移位到下一个元件。 成为阵列的凸形,发射能量被连续成角度,以提供电弧扫描。