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    • 31. 发明申请
    • SURGICAL REPAIR KIT AND ITS METHOD OF USE
    • 手术修复工具及其使用方法
    • US20120143224A1
    • 2012-06-07
    • US13032362
    • 2011-02-22
    • Kwan-Ho Chan
    • Kwan-Ho Chan
    • A61B17/04
    • A61B17/0482A61B17/0483A61B2017/00526A61B2017/061A61B2017/3411
    • A suture passer including a longitudinally-extending hollow cannula having a central passage slidingly receivable of a surgical suture; a manually graspable handle connected to the hollow cannula for manipulation thereof, the handle having an upper surface; first guide means, connected to the upper surface of the handle, proximate a distal end of the handle, for releasably, guidingly holding the surgical suture; and second guide means, connected to the upper surface of the handle, proximate to the first guide means, for releasably, guidingly holding the surgical suture. The suture passer can be provided in a kit, for use in the suturing of internal tissue, along with a cannula bender, various hollow surgical needles and surgical suture material. The suture passer finds particular use in the suturing of internal tissues which are at least partially accessible through a body cavity, e.g. arthroscopic surgery.
    • 一种缝合路人,其包括纵向延伸的中空套管,其具有滑动地可接收外科缝合线的中心通道; 连接到中空套管的手动抓握手柄用于操纵它,手柄具有上表面; 第一引导装置,其连接到手柄的上表面,靠近手柄的远端,用于可释放地引导地保持手术缝合线; 以及第二引导装置,其连接到手柄的上表面,靠近第一引导装置,用于可释放地引导地保持手术缝合线。 缝合路人可以设置在套件中,用于缝合内部组织,以及套管弯曲机,各种中空手术针和外科缝合材料。 缝线通道器在缝合内部组织时具有特别的用途,所述内部组织至少部分通过体腔可接近,例如, 关节镜手术。
    • 32. 发明申请
    • SURGICAL REPAIR KIT AND ITS METHOD OF USE
    • 手术修复工具及其使用方法
    • US20100324575A1
    • 2010-12-23
    • US12785632
    • 2010-05-24
    • Kwan-Ho Chan
    • Kwan-Ho Chan
    • A61B17/04
    • A61B17/3403A61B17/0469A61B17/0482A61B17/0483A61B17/062A61B17/3401A61B17/3421A61B2017/00433A61B2017/00526A61B2017/00946A61B2017/06076A61F2/3872
    • A suture passer comprises a longitudinally extending hollow cannula having a central passage slidingly receivable of a surgical suture; a manually graspable handle connected to the hollow cannula for manipulation thereof, the handle having an upper surface; first guide means, connected to the upper surface of the handle, proximate a distal end of the handle for releasably, guidingly, holding the surgical suture; second guide means, connected to the upper surface of the handle, proximate to the first guide means, for releasably, guidingly, holding the surgical suture. The suture passer can be provided in a kit, for use in the suturing of internal tissue, along with a cannula bender, various hollow surgical needles and surgical suture material. The suture passer finds particular use in the suturing of internal tissues which are at least partially accessible through a body cavity, e.g. arthroscopic surgery.
    • 缝合路人器包括纵向延伸的中空套管,其具有滑动地可接收外科缝合线的中心通道; 连接到中空套管的手动抓握手柄用于操纵它,手柄具有上表面; 第一引导装置,其连接到手柄的上表面,靠近手柄的远端,用于可释放地,引导地保持手术缝合线; 第二引导装置,连接到手柄的上表面,靠近第一引导装置,用于可释放地,引导地保持手术缝合线。 缝合路人可以设置在套件中,用于缝合内部组织,以及套管弯曲机,各种中空手术针和外科缝合材料。 缝线通道器在缝合内部组织时具有特别的用途,所述内部组织至少部分通过体腔可接近,例如, 关节镜手术。
    • 33. 发明授权
    • Adjustable line locks and methods
    • 可调式线锁和方法
    • US07150757B2
    • 2006-12-19
    • US10459375
    • 2003-06-11
    • T. Wade FallinKwan-Ho ChanMargaret Mary Sinnott
    • T. Wade FallinKwan-Ho ChanMargaret Mary Sinnott
    • A61B17/04
    • A61B17/0487A61B2017/0458A61B2017/0459A61B2017/0496Y10T24/3916
    • A line lock includes a body at least partially bounding a primary passageway, a secondary passageway, and a working passageway. In one embodiment at least a portion of the working passageway is disposed between the primary passageway and the secondary passageway such that a geometric line segment extending between the primary passageway and the secondary passageway intersects with working passageway. A line extends through the primary passageway, the secondary passageway and then through the working passageway such that a relative compression section of the line is formed between the primary passageway and the secondary passageway. The compression section of the line selectively biases against a portion of the line extending out of the working passageway so as to selectively lock the line to the body when the line is tensioned against the body.
    • 线锁包括至少部分地限定主通道,次通道和工作通道的主体。 在一个实施例中,工作通道的至少一部分设置在主通道和次通道之间,使得在主通道和次通道之间延伸的几何线段与工作通道相交。 线延伸通过主通道,次通道,然后穿过工作通道,使得线路的相对压缩部分形成在主通道和次通道之间。 线的压缩部分选择性地偏压延伸出工作通道的线的一部分,以便当线张紧在身体上时选择性地将线路锁定到身体上。
    • 34. 发明授权
    • Tissue-engineered ligament
    • 组织工程韧带
    • US06737053B1
    • 2004-05-18
    • US09710435
    • 2000-11-10
    • James Cho Hong GohKwan-Ho Chan
    • James Cho Hong GohKwan-Ho Chan
    • C12N500
    • A61F2/08
    • An apparatus and method for the reconstruction of a previously torn ligament using a tissue-engineered ligament. The tissue-engineered ligament includes a scaffold of biocompatible material having at least one layer and forming a sheet. The scaffold is placed in a cultured medium for seeding with fibrocyte forming cells. The seeded scaffold is then placed in an incubator to increase the number of cells. The seeded scaffold is then formed into a slender structure suitable for implantation. The method of making a tissue-engineered ligament includes forming a scaffold of biocompatible material having at least one layer forming a sheet. Next, the scaffold sheet is seeded with fibrocyte forming cells. The method further includes increasing the number of cells on the seeded scaffold and forming a slender structure suitable for implantation from the scaffold.
    • 使用组织工程化韧带重建以前撕裂的韧带的装置和方法。 组织工程化韧带包括具有至少一层并形成片材的生物相容性材料的支架。 将支架放置在培养的培养基中用于与成纤维细胞形成细胞接种。 然后将接种的支架放置在培养箱中以增加细胞数量。 接种的支架然后形成适合植入的细长结构。 制备组织工程化韧带的方法包括形成具有至少一层形成片材的生物相容性材料的支架。 接下来,将支架片接种成纤维细胞形成细胞。 该方法还包括增加接种的支架上的细胞数量并形成适于从支架植入的细长结构。
    • 39. 发明授权
    • Apparatus and method for mixing and dispensing bone cement
    • 用于混合和分配骨水泥的设备和方法
    • US06120174A
    • 2000-09-19
    • US231894
    • 1999-01-14
    • Stephen H. HoagKirt L. CaseKwan-Ho ChanJeffrey B. BoggsChristopher A. FinnScott B. Miller
    • Stephen H. HoagKirt L. CaseKwan-Ho ChanJeffrey B. BoggsChristopher A. FinnScott B. Miller
    • A61F2/00A61F2/46B01F11/00B01F13/00B01F13/06
    • B01F13/06A61B17/8825A61B17/8827B01F11/0082B01F13/002A61B2017/8838A61F2002/30561A61F2002/30591A61F2002/4685A61F2250/007A61F2250/0071B01F2215/0029
    • A method and apparatus for mixing bone cement which produces bone cement essentially free of entrained air. The apparatus includes a cartridge having two telescoping cylinders. The outer cylinder receives a cap thereon which hermetically seals the cartridge. The cap includes an outlet port in which a break-away agitator is installed and a port for connection of a vacuum pump. In use, a desired vacuum pressure is drawn on the cartridge and the inner cylinder is allowed to be drawn into the outer cylinder while the vacuum is being drawn, whereupon the inner cylinder automatically stops moving relative to the outer cylinder when the desired vacuum pressure is reached. Mixing of the bone cement is then performed under the partial vacuum thereby created. The agitator paddles provide a scraping action against both inner cylinder walls of the telescoping cylinders thereby improving mixing. After mixing, the agitator is broken away, an appropriate nozzle is attached to the cartridge and the cartridge is inserted into a cement gun. The leading portion of the bone cement develops a convex profile when axially advanced through the cartridge and the piston plug includes a tapered protrusion which generally corresponds to the profile of the bone cement. The cap and paddles are also shaped correspondingly to the convex profile developed by the bone cement, resulting in substantially all of the bone cement being squeezed from the cartridge. An air escape passage is also provided to vent air contained within an annular gap between the agitator shaft and the cap upon initial being essentially free from entrained air.
    • 一种用于混合基本上不含夹带空气的骨水泥的骨水泥的方法和装置。 该装置包括具有两个伸缩筒的筒。 外筒在其上容纳密封盒的盖。 该盖包括其中安装有分离搅拌器的出口和用于连接真空泵的端口。 在使用中,在筒上抽出希望的真空压力,并且在抽真空的同时允许内筒被吸入外筒,于是当期望的真空压力为期望时,内筒自动停止相对于外筒移动 到达。 然后在由此产生的部分真空下进行骨水泥的混合。 搅拌器桨叶对伸缩筒的两个内筒壁提供刮擦作用,从而改善混合。 混合后,将搅拌器分开,将适当的喷嘴连接到墨盒,墨盒插入水泥枪。 骨水泥的引导部分当轴向前进穿过药筒时形成凸形轮廓,并且活塞塞包括通常对应于骨粘固剂轮廓的锥形突起。 帽和桨也相应于由骨水泥开发的凸形轮廓成形,导致基本上所有的骨水泥被从筒中挤出。 还设置有空气逸出通道,用于在初始基本上没有夹带的空气时排出容纳在搅拌器轴和盖之间的环形间隙内的空气。