会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • STERILIZATION SYSTEM AND GAS FILLING METHOD
    • 灭菌系统和气体填充方法
    • US20140119989A1
    • 2014-05-01
    • US14127351
    • 2012-06-20
    • Hirofumi HayashiRyuichi Iwasaki
    • Hirofumi HayashiRyuichi Iwasaki
    • A61L2/26A61L2/20
    • A61L2/26A61L2/14A61L2/20A61L2202/24A61L2202/25C01B21/36
    • The sterilization system includes a plurality of spaces to be sterilized by a sterilization process; a gas supply source generating nitrogen dioxide gas; a piping system and a valve device; a nitrogen dioxide gas sensor; and a control device. The control device performs a gas filling process in which each of the plurality of spaces to be sterilized is connected to the gas supply source one by one for a first predetermined length of time and successively filled with the nitrogen dioxide gas by controlling the valve device, and when the concentration of the nitrogen dioxide gas in a space to be sterilized that is being filled with gas is detected by the sensor to have reached a predetermined level, the control device performs control such that the subsequent gas filling process is performed with this space to be sterilized being excluded from the gas filling process.
    • 灭菌系统包括通过灭菌过程灭菌的多个空间; 产生二氧化氮气体的气体供应源; 管道系统和阀门装置; 二氧化氮气体传感器; 和控制装置。 控制装置进行气体填充处理,其中要消毒的多个空间中的每一个通过控制阀装置一个接一个地连续供给气体供给源,并且连续填充二氧化氮气体, 并且当通过传感器检测待填充气体的被灭菌空间中的二氧化氮气体的浓度达到预定水平时,控制装置进行控制,使得随后的气体填充处理以该空间进行 被排除在气体填充过程之外。
    • 3. 发明授权
    • Transfer apparatus
    • 转运设备
    • US5860579A
    • 1999-01-19
    • US804149
    • 1997-02-20
    • Toshiro AkiraRyuichi Iwasaki
    • Toshiro AkiraRyuichi Iwasaki
    • G03B1/60G03B27/62B65H23/18B23Q15/00
    • G03B27/6285G03B1/60
    • As a negative film having a multiplicity of perforations provided therein at equal intervals is being transferred, its perforations are detected to produce a corresponding pulse signal. The pulse signal is then fed to a controller which in turn calculates the number of clock pulses for each forty pulses of the pulse signal and determines a transfer distance per clock pulse. Meanwhile, the reference transfer distance is obtained from an interval between the perforations multiplied by forty. A difference between the actual transfer distance and the reference transfer distance is calculated and used for controlling the rotating movement of drive rollers.
    • 由于正在传送具有以相等间隔设置的多个穿孔的负片,因此检测其穿孔以产生对应的脉冲信号。 然后将脉冲信号馈送到控制器,该控制器又计算脉冲信号的每四十个脉冲的时钟脉冲数,并确定每个时钟脉冲的传送距离。 同时,参考传送距离是从穿孔乘以40之间的间隔获得的。 计算实际传送距离和参考传送距离之间的差异,并用于控制驱动辊的旋转运动。
    • 4. 发明申请
    • Workpiece processing apparatus
    • 工件加工装置
    • US20080289577A1
    • 2008-11-27
    • US12152039
    • 2008-05-12
    • Ryuichi IwasakiHirofumi MankawaShigeru MasudaHirofumi HayashiMasaaki Mike
    • Ryuichi IwasakiHirofumi MankawaShigeru MasudaHirofumi HayashiMasaaki Mike
    • C23C16/00
    • H01L21/67069
    • A workpiece processing apparatus S, which comprises: a plasma generator unit 6 including a plasma generation section 18 operable to plasmatize a given gas supplied thereto, and emit the plasmatized gas therefrom; and a transport mechanism 2 adapted to support a target workpiece W in a position beneath the plasma generation section 18, wherein the plasmatized gas is emitted onto the workpiece W to carry out a given processing. The workpiece processing apparatus S further includes a setup frame 4 adapted to set up the plasma generator unit 6 to allow the plasma generation section 18 to be located over the workpiece. The plasma generator unit 6 is mounted to the setup frame 4 in a manner capable of being drawn out of a setup position where the plasma generation section 18 is positioned over the workpiece W, in a horizontal direction.
    • 工件处理装置S,其包括:等离子体发生器单元6,其包括等离子体产生部分18,其可操作以等离子体化供给的给定气体,并从其中排出等离子体化气体; 以及适于将目标工件W支撑在等离子体产生部18下方的输送机构2,其中等离子体化气体被发射到工件W上以进行给定的处理。 工件处理装置S还包括适于建立等离子体发生器单元6以允许等离子体产生部分18位于工件上方的安装框架4。 等离子体发生器单元6以能够从等离子体产生部分18在水平方向上位于工件W上方的设置位置被拉出的方式安装到安装框架4上。
    • 5. 发明授权
    • Single piston-cylinder duo-servo drum brake
    • 单活塞缸双伺服鼓式制动器
    • US4303148A
    • 1981-12-01
    • US93872
    • 1979-11-13
    • Ryuichi Iwasaki
    • Ryuichi Iwasaki
    • F16D51/18F16D51/52F16D51/00
    • F16D51/52
    • In a drum brake, a wheel cylinder is located between a pair of adjacent shoe ends for a pair of brake shoes and a piston inserted into the wheel cylinder is slidably engaged through an anchor provided on a backing plate and further the piston is provided with a flange on the side thereof pressing a brake shoe so that the anchor is interposed between the flange of the piston and the wheel cylinder, and, furthermore, a strut is located between the other pair of adjacent shoe ends for the pair of the brake shoes in order to lighten a weight of the brake and facilitate a disassembly and assembly of the brake.
    • 在鼓式制动器中,轮缸位于用于一对制动蹄的一对相邻的鞋楦端之间,并且插入到轮缸中的活塞通过设置在背板上的锚定件可滑动地接合,并且还提供有活塞 法兰在其一侧上按压制动瓦,使得锚固件插入在活塞的凸缘和轮缸之间,此外,支柱位于用于一对制动蹄的另一对相邻的鞋楦之间 以减轻制动器的重量,并便于拆卸和组装制动器。