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    • 1. 发明专利
    • Alveolar bone regeneration device
    • 骨髓再生装置
    • JP2010252997A
    • 2010-11-11
    • JP2009105771
    • 2009-04-24
    • Toshihiko Tominaga敏彦 富永
    • TOMINAGA TOSHIHIKO
    • A61C19/06A61N1/04
    • PROBLEM TO BE SOLVED: To provide alveolar bone regeneration instrument and device, where the treatment of alveolar bone regeneration is possible by sterilizing the periodontal tissue and activating the osteoblastic cells.
      SOLUTION: The alveolar bone regeneration device includes an active needle electrode 1 that is a metal electrode generating heat by electrification, and a handle 3 installed on the base of the active needle electrode 1. The active needle electrode 1 is 25.0 to 41.0 mm in length and 0.08 to 0.47 mm in diameter. The active needle electrode 1 has a cover 2 made of exfoliative silicone resin. The active needle electrode 1 is tapered in shape, with a thick base part and a thin leading end whose diameter is 0.08 to 0.15 mm. If the active needle electrode 1 is electrified, it generates heat at a high temperature since it has a thin diameter. This high temperature and electric energy can kill the bacteria around teeth roots, activate the osteoblastic cells and regenerate the alveolar bones.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供牙槽骨再生仪器和装置,其中通过消毒牙周组织并激活成骨细胞可以治疗牙槽骨再生。 解决方案:牙槽骨再生装置包括作为通过带电发热的金属电极的有源针电极1和安装在有源针电极1的基部上的把手3,活性针电极1为25.0〜41.0 长度为0.08mm,直径为0.08〜0.47mm。 活性针电极1具有由剥离性有机硅树脂制成的盖2。 活性针状电极1的形状为锥形,基部为厚,直径为0.08〜0.15mm的薄的前端。 如果活性针电极1通电,则由于其具有薄的直径,所以它在高温下产生热量。 这种高温和电能可以杀死牙根周围的细菌,激活成骨细胞并再生肺泡骨。 版权所有(C)2011,JPO&INPIT
    • 2. 发明申请
    • ALVEOLAR BONE REGENERATIVE APPARATUS
    • 宝宝骨再生装置
    • US20120283798A1
    • 2012-11-08
    • US13100244
    • 2011-05-03
    • Toshihiko Tominaga
    • Toshihiko Tominaga
    • A61N1/00
    • A61C8/0007A61B18/1477A61B2018/00321A61B2018/00589A61C5/40
    • Provided is an alveolar bone regenerative unit and an alveolar bone regenerative apparatus capable of regeneration treatment for an alveolar bone by sterilizing a periodontium and activating an osteoblast. The alveolar bone regenerative unit includes an active needle electrode of a metal electrode generating heat by power supply and a handle attached to a base of the active needle electrode. The active needle electrode is 25.0 to 41.0 mm long and 0.08 to 0.47 mm in diameter, on which a strippable coat is formed with silicon resin. Supplying power to the active needle electrode causes heat generation at a high temperature because of the thin diameter. The high temperature and electric energy can kill bacteria around a root, thereby being able to activate an osteoblast and regenerate an alveolar bone.
    • 提供一种牙槽骨再生单元和能够通过消毒牙周膜并激活成骨细胞来再生处理牙槽骨的牙槽骨再生装置。 牙槽骨再生单元包括通过电源产生热量的金属电极的活性针电极和附接到有源针电极的基部的手柄。 活性针状电极的长度为25.0〜41.0mm,直径为0.08〜0.47mm,用硅树脂形成可剥离的涂层。 由于薄的直径,向活性针电极供电导致高温下的发热。 高温和电能可以杀死根部周围的细菌,从而能够激活成骨细胞并再生牙槽骨。
    • 4. 发明授权
    • Data communication adapter and data communication terminal apparatus for
performing data transmission and reception between terminals
    • 用于在终端之间执行数据发送和接收的数据通信适配器和数据通信终端装置
    • US5682552A
    • 1997-10-28
    • US248529
    • 1994-05-24
    • Shigeo KubokiNorihiko SugimotoShunji InadaKazuhisa InadaTomoaki AokiMasahiro UenoYasushi NakamuraEiki KondohToshihiko Tominaga
    • Shigeo KubokiNorihiko SugimotoShunji InadaKazuhisa InadaTomoaki AokiMasahiro UenoYasushi NakamuraEiki KondohToshihiko Tominaga
    • H04L29/08G06F13/12G06F13/38G06F13/40
    • G06F13/128G06F13/385
    • In a data communication adapter apparatus for a digital data communication connected between a signal transmission path for transmitting both receive data and transmit data, and a host processor unit for producing frame data to output the frame data therefrom, an internal host bus is newly employed in the data communication apparatus irrelevant to the employment of a CPU dedicated bus, and the transmission/reception data generated and interpreted by the host processor is transferred via the internal host bus, a bus interface, and a system data bus between a transmission memory or a reception memory and a buffer memory. Furthermore, a reception memory (host dedicated reception memory) for storing only the reception data to be interpreted by the host processor is separately provided with another reception memory (CPU dedicated reception memory) for storing only the reception data to be interpreted by a CPU, one reception data to be interpreted by the CPU is once transferred from the transmission/reception control unit to the CPU dedicated memory and thereafter read out via the CPU dedicated bus under the control of the CPU, and the other reception data to be interpreted by the host processor is one stored in the host dedicated reception memory and then read out via the internal host bus and bus interface under the control of the host processor.
    • 在连接在用于发送接收数据和发送数据两者的信号传输路径之间的数字数据通信用的数据通信适配器装置中,以及用于产生帧数据以从其输出帧数据的主机处理器单元, 与使用CPU专用总线无关的数据通信装置,并且由主处理器生成和解释的发送/接收数据经由内部主机总线,总线接口和系统数据总线传送到发送存储器或 接收存储器和缓冲存储器。 此外,用于仅存储要由主处理器解释的接收数据的接收存储器(主机专用接收存储器)分别设置有用于仅存储要由CPU解释的接收数据的另一个接收存储器(CPU专用接收存储器) 要由CPU解释的一个接收数据一次从发送/接收控制单元传送到CPU专用存储器,然后经由CPU专用总线在CPU的控制下读出,并且其他接收数据由 主处理器是存储在主机专用接收存储器中的一个主处理器,然后通过内部主机总线和总线接口在主处理器的控制下读出。