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    • 62. 发明公开
    • Double-side coated syringe needle
    • Doppelseitig beschichtete Spritzennadel
    • EP2149383A1
    • 2010-02-03
    • EP09009807.0
    • 2009-07-29
    • Lin, Wen-Hung
    • Lin, Wen-Hung
    • A61M5/32B21G1/08
    • A61M5/329
    • A hollow stainless syringe needle is coated with a layer of Zirconium or Zirconia to form a smooth inner surface and outer surface. With the Zirconium or Zirconia coated needle, a smooth wound shall be caused in human tissue. The human tissue shall recover more quickly for a smooth wound than an irregular one caused by a traditional stainless syringe needle. In addition, when used in human tissue biopsy, tissue's integrity and consistency can be maintained for different samples taken from the present invention, and thereafter test data comparison accuracy is ensured over the samples.
    • 中空不锈钢注射器针头涂有一层锆或氧化锆,形成光滑的内表面和外表面。 使用锆或氧化锆涂层的针头,应在人体组织中引起光滑的伤口。 人体组织应比传统的不锈钢注射器针头引起的不规则的恢复更快地恢复光滑的伤口。 此外,当用于人体组织活组织检查时,可以对取自本发明的不同样品维持组织的完整性和一致性,然后确保样品的测试数据比较精度。
    • 67. 发明公开
    • Non grinded needle tip-geometry for an injection needle
    • Nicht geschliffene Nadelspitzengeometriefüreine Injektionsnadel
    • EP1532996A1
    • 2005-05-25
    • EP03388077.4
    • 2003-11-20
    • NOVO NORDISK A/S
    • Jakobsen, Henning
    • A61M5/32B21G1/08B23K26/08
    • A61M5/3286A61M5/422B23K26/0823B23K26/38B23K2201/06
    • The present invention relates to an injection needle (1) for injecting or retracting fluid through the skin of a mammal body and more particularly to non-grinded needle tip-geometry for an injection needle (1) for a reduced penetration force and reduced bleeding. The injection needle (1) comprises of a needle shaft (8) having a centrally located bore disposed along a longitudinal axis (12) connected to a hub (9) by connecting means. The sharpened distal end (11) of the needle shaft (8) has an exit port (13) and two bevels (16,17) surrounding the exit port (13). The bevels (16,17) converge into a tip at the distal end to form a cutting edge (18) and at the proximal end into a heel (19). The bevels (16,17), cutting edge (18) and heel (19) together form the piercing edge that is sharp and continuous without any grinding transitions.
    • 本发明涉及一种用于通过哺乳动物身体的皮肤注射或回缩流体的注射针(1),更具体地涉及用于注射针(1)的非磨削针尖几何形状,用于降低穿透力并减少渗血。 注射针(1)包括具有沿着纵向轴线(12)设置的位于中心的孔的针轴(8),所述纵向轴线(12)通过连接装置连接到轮毂(9)。 针轴(8)的锋利的远端(11)具有出口(13)和围绕出口(13)的两个斜面(16,17)。 斜面(16,17)在远端处聚集成尖端以形成切割边缘(18),并且在近端处形成跟部(19)。 斜面(16,17),切削刃(18)和跟部(19)一起形成锋利且连续的刺穿边缘,而没有任何磨削过渡。
    • 69. 发明公开
    • Metal tubular body and manufacturing method thereof
    • 金属管状体及其制造方法
    • EP1323484A2
    • 2003-07-02
    • EP02028866.8
    • 2002-12-23
    • TERUMO KABUSHIKI KAISHAOkano Kogyo Co., Ltd.
    • Ooyauchi, Tetsuya, c/oTerumo Kabushiki KaishaOkano, Masayuki, c/oOkano Kogyo Co., Ltd.
    • B21G1/08
    • B21G1/08B21C37/06B21C37/0815B21C37/083Y10T29/4935Y10T29/49364
    • Side hole-bearing tubular bodies made of metal and having an inside diameter of up to 2mm are manufactured by a method which includes punching from a metal sheet (1) a sheet blank (2) in the developed shape of a tubular body and punching in the sheet blank (2) a hole (4) which corresponds to the side hole in the tubular body and/or notches (4a,4b) which form the side hole (4) when the sheet blank (2) is pressed into a tubular shape, in such a way that the metal sheet (1) and the sheet blank (2) remain partly joined; pressing the sheet blank (2) into a tubular shape; and cutting apart the metal sheet (1) and the sheet blank (2) where they remain joined. Metal tubular bodies manufactured in this way can have one or more side holes (4) of any shape, position or number thereon, and are highly suitable for use in medical devices such as syringe needles.
    • 由金属制成并具有至多2mm内径的侧孔承载管状体通过这样的方法制造,该方法包括:将金属片(1)冲压成呈管状体的展开形状的片状坯料(2) (2)被压入管状件(2)时,板坯(2)与管状体中的侧孔和/或形成侧孔(4)的凹口(4a,4b)相对应的孔(4) 形状,使得金属片材(1)和片材坯件(2)保持部分地接合; 将片坯(2)压成管状; 以及将金属片(1)和片坯(2)在它们保持连接的位置处分开。 以这种方式制造的金属管状体可以具有一个或多个其上具有任何形状,位置或数量的一个或多个侧孔(4),并且非常适合用于诸如注射器针头的医疗装置。