公开(公告)号：US07240882B2

公开(公告)日：2007-07-10

申请号：US10718260

申请日：2003-11-20

申请人： Drew Degentesh ,  Matthew Beale ,  John Crowley ,  Matthew Goodworth ,  David M. Reilly ,  Frederick W. Trombley, III ,  Mark Trocki

发明人： Drew Degentesh ,  Matthew Beale ,  John Crowley ,  Matthew Goodworth ,  David M. Reilly ,  Frederick W. Trombley, III ,  Mark Trocki

IPC分类号： A47F5/08

CPC分类号： A61M5/14546 ,  A61M5/14566

摘要： A medical container loading system includes a medical container loading device and a fill station. The fill station is located proximate to the medical container loading device and includes a mounting plate and a holding assembly. The holding assembly is connected to the mounting plate for supporting a medical fluid container adapted for fluid communication with a medical container, such as a syringe, used in the medical container loading device. The holding assembly may include a fixed support and a movable support, which maintain the medical fluid container in the holding assembly. The fixed support may be funnel-shaped with a smooth or stepped inner wall. The fixed support may also be rectangular shaped and have an inclined inner wall or support for supporting the body of the medical fluid container. The movable support may be a resiliently biased support arm or an adjustable strap.

摘要翻译： 医疗容器装载系统包括医疗容器装载装置和填充站。 填充站位于医疗容器装载装置附近，并且包括安装板和保持组件。 保持组件连接到安装板，用于支撑适于与用于医疗容器装载装置的医疗容器（例如注射器）流体连通的医用流体容器。 保持组件可以包括固定支撑件和将医疗流体容器保持在保持组件中的可移动支撑件。 固定支撑件可以是具有平滑或阶梯式内壁的漏斗形。 固定支撑件也可以是矩形的并且具有用于支撑医用流体容器的主体的倾斜内壁或支撑件。 可移动支撑件可以是弹性偏置的支撑臂或可调节的带子。

公开(公告)号：US07192417B2

公开(公告)日：2007-03-20

申请号：US10233844

申请日：2002-09-03

申请人： Jeffrey John Thompson ,  David M. Reilly ,  Matthew Beale ,  Drew Degentesh ,  Matthew Goodworth ,  Robert Parks

发明人： Jeffrey John Thompson ,  David M. Reilly ,  Matthew Beale ,  Drew Degentesh ,  Matthew Goodworth ,  Robert Parks

IPC分类号： A61M37/00

CPC分类号： A61M5/14546 ,  A61M5/14566

摘要： A syringe interface for attaching syringes to a drive mechanism which includes a drive member to impart motion to a syringe plunger includes a plurality of syringe mount apertures having different dimensions to attach each of a plurality of syringes to the syringe interface. Each of the syringes for attachment to the syringe interface includes at least one mounting flange, and each of the plurality of syringes has a different mounting flange dimension. Each of the plurality of syringe mount apertures is in general alignment with an axis of the drive member. A syringe drive mechanism includes a syringe interface as described above. The syringe drive mechanism can further include a sensing system to sense which size of the plurality of syringes is mounted on the syringe interface. The syringe drive mechanism can also include a processor and a memory which are in operative communication with the drive member. The memory includes a control program stored therein. The processor is in communication with the sensing system so that the control program controls the drive member according to the syringe sensed to be attached to the syringe interface. A powered injector includes a drive member and a drive to deliver power to the drive member. A processor of the powered injector is in communication with the drive and with a memory in which at least one control program is stored. The control program includes instructions for control of the drive. The powered injector further includes a syringe interface as described above for attaching syringes to the powered injector so that the drive member can impart motion to a plunger slidably positioned within each of the syringes. The powered injector further includes a sensing system to detect which of the syringes is attached to the syringe interface. The sensing system is in communication with the processor so that the control program controls the drive in a manner determined by the syringe detected to be attached to the syringe interface.